experiments.json

{"experiments":[
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99999", "name":"Isolation of Chloroplast"},
    {"id":"E99998", "name":"Light Microscope"},
    {"id":"E99997", "lastName":"Cell Organization and Sub Cellular Structure Studies"},
    {"id":"E99996", "name":"Isolation of Mitochondria"},
    {"id":"E99995", "name":"Transfection"},
    {"id":"E99994", "name":"Basics of Plant Tissue Culture"},
    {"id":"E99993", "name":"Glucose Uptake Assay"},
    {"id":"E99992", "name":"Endoplasmic Reticulum"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99991", "name":"Mitosis in Onion Root Tips"},
    {"id":"E99990", "name":"Hemocytometer (Counting of Cells)"},
    {"id":"E99989", "name":"Actin Assembly"},
    {"id":"E99988", "name":"Cell Attachment"},
    {"id":"E99987", "name":"Cell Migration0"},
    {"id":"E99986", "name":"Cell Proliferation"},
    {"id":"E99985", "name":"Lignin Staining"},
    {"id":"E99984", "name":"Maintanence of Mamalian Cell Lines"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99983", "name":"The Study of Phase Change"},
    {"id":"E99982", "name":"Heat Transfer by Radiation"},
    {"id":"E99981", "name":"Heat Transfer by Conduction"},
    {"id":"E99980", "name":"Heat_Transfer by Natural Convection"},
    {"id":"E99979", "name":"Newton's Law of Cooling"},
    {"id":"E99978", "name":"Black Body Radiation"},
    {"id":"E99977", "name":"Characteristics of Thermistor"},
    {"id":"E99976", "name":"Heat Transfer by Natural Convection"},
    {"id":"E99975", "name":"Thermo Couple Seebeck Effect"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99974", "name":"Magnetic Field Along The Axis of A Circular Coil Carrying Current"},
    {"id":"E99973", "name":"Tangent Galvanometer"},
    {"id":"E99972", "name":"Temperature Coefficient of Resistance"},
    {"id":"E99971", "name":"Barkhausen Effect"},
    {"id":"E99970", "name":"Van De Graaff Generator"},
    {"id":"E99969", "name":"Quinckes Method"},
    {"id":"E99968", "name":"Anderson's Bridge"},
    {"id":"E99967", "name":"Deflection Magnetometer"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99966", "name":"Angle of Prism"},
    {"id":"E99965", "name":"Spectrometer Determination of Cauchy's constants"},
    {"id":"E99964", "name":"Diffraction Grating"},
    {"id":"E99963", "name":"Resolving power of a prism"},
    {"id":"E99962", "name":"Spectrometer Dispersive Power of a Prism"},
    {"id":"E99961", "name":"Spectrometer i-d Curve"},
    {"id":"E99960", "name":"Spectrometer i-i Curve"},
    {"id":"E99959", "name":"Spectrometer Refractive Index of the Material of a Prism"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99958", "name":"Conserving an Endangered Species"},
    {"id":"E99957", "name":"Interspecific Competition and Coexistence"},
    {"id":"E99956", "name":"Effect of Interspecific Competition on Species Border (Interspecific Competition and Geographic Distributions)"},
    {"id":"E99955", "name":"Logistic Population Growth: Continuous and Discrete"},
    {"id":"E99954", "name":"Metapopulation Dynamics -Levins Model"},
    {"id":"E99953", "name":"Parasitoid-Host Dynamics"},
    {"id":"E99952", "name":"Population with Continuous and Discrete Growth"},
    {"id":"E99951", "name":"Spread of a Pest Population - Population Invasion"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99950", "name":"Effects of Carrying Capacity and Satiation in Predator-Prey Dynamics"},
    {"id":"E99949", "name":"Effect of Predator Efficiency on Equilibrium Densities & Pop. Stability"},
    {"id":"E99948", "name":"Harvesting a Prey Population"},
    {"id":"E99947", "name":"Predator - Prey Dynamics - Rats and Snakes (Lotka Volterra Simulation)"},
    {"id":"E99946", "name":"Optimal Pollinators"},
    {"id":"E99945", "name":"Optimal Foraging : Searching Predators that Maximize Energy"},
    {"id":"E99944", "name":"Optimal Foraging: Sit-and-wait Predators that Maximize Energy"},
    {"id":"E99943", "name":"Optimal Foraging with Minimal Time: A Case of Searching Predators"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99942", "name":"Computer Controlled Cutting of wooden object"},
    {"id":"E99941", "name":"3D Machining"},
    {"id":"E99940", "name":"PCB design & fabrication"},
    {"id":"E99939", "name":"Interface & Application Programming"},
    {"id":"E99938", "name":"Digital Fabrication of Flexible Circuit board"},
    {"id":"E99937", "name":"3D scanning"},
    {"id":"E99936", "name":"Molding and Casting of Polyurethane parts"},
    {"id":"E99935", "name":"Digital Fabrication and Project Development"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99934", "name":"Study hardware and software used in PLC"},
    {"id":"E99933", "name":"Implementation Logic Gates"},
    {"id":"E99932", "name":"Implementation Of DOL Starter"},
    {"id":"E99931", "name":"Implementation Of On-Delay Timer"},
    {"id":"E99930", "name":"Implementation Of Off-Delay Timer"},
    {"id":"E99929", "name":"Implementation Of Up-Down Counter"},
    {"id":"E99928", "name":"Implementation Of PLC Arithmatic Instructions"},
    {"id":"E99927", "name":"Implementation Of PID Controller"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99926", "name":"To simulate Electrocardiogram Waveform"},
    {"id":"E99925", "name":"To simulate Electroencephalogram Signal"},
    {"id":"E99924", "name":"To simulate Electromyogram Signal"},
    {"id":"E99923", "name":"To Simulate Defibrillator"},
    {"id":"E99922", "name":"To simulate Pacemaker"},
    {"id":"E99921", "name":"To simulate Haemodialysis Machine"},
    {"id":"E99920", "name":"To simulate Biopotential Amplifier"},
    {"id":"E99919", "name":"To simulate ECG Pulse missing detector"},
    {"id":"E99918", "name":"To simulate 12 Lead Ecg Signals"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99917", "name":"Load Test On Separately Excited DC Motor"},
    {"id":"E99916", "name":"Speed Control of Separately Excited DC Motor"},
    {"id":"E99915", "name":"No Load Test on Three Phase Induction Motor"},
    {"id":"E99914", "name":"Blocked Rotor Test on Three Phase Induction Motor"},
    {"id":"E99913", "name":"Open Circuit Test on Three Phase Alternator"},
    {"id":"E99912", "name":"Short Circuit Test on Three Phase Alternator"},
    {"id":"E99911", "name":"Load Test on Three Phase Alternator"},
    {"id":"E99910", "name":"V and Inverted V curves of Synchronous Motor"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99909", "name":"To study pulsed-heating of materials"},
    {"id":"E99908", "name":"To study erosion mechanism from Lazarenko's model"},
    {"id":"E99907", "name":"To study various thermal models for EDM"},
    {"id":"E99906", "name":"To study influence of process parameters on the Wire EDM"},
    {"id":"E99905", "name":"Laser hardening using NdYAG laser system"},
    {"id":"E99904", "name":"Laser spot welding using NdYAG laser system"},
    {"id":"E99903", "name":"Study of Electrochemical machining process"},
    {"id":"E99902", "name":"Study the effect of process parameters in electrochemical grinding"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99901", "name":"MI of Connecting Rod"},
    {"id":"E99900", "name":"Impact test on cantilever Modal analysis"},
    {"id":"E99899", "name":"Sine Sweep of base excitation of cantilever"},
    {"id":"E99898", "name":"Forced response of SDOF"},
    {"id":"E99897", "name":"Free response of SDOF"},
    {"id":"E99896", "name":"Trifiliar Suspension"},
    {"id":"E99895", "name":"SDOF System - Arbitrary Excitation"},
    {"id":"E99894", "name":"Tuned Vibration Absorber"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99893", "name":"Caffeine content in tea and coffee"},
    {"id":"E99892", "name":"Estimation of amino acids in coconut water"},
    {"id":"E99891", "name":"Estimation of Cholesterol in edible oils"},
    {"id":"E99890", "name":"Analysis of Lactose & Cane sugar"},
    {"id":"E99889", "name":"Analysis of Urea"},
    {"id":"E99888", "name":"Analysis of Machine Oil"},
    {"id":"E99887", "name":"Estimation of Oxytocin in Various Edibles"},
    {"id":"E99886", "name":"Estimation of Capsaicin in Capsicum"},
    {"id":"E99885", "name":"Estimation of Embelin content in Embelia ribes (kali mirch) and Tamarind"},
    {"id":"Intro", "name":"Home"},
    {"id":"E99884", "name":"Equipments:Upsetting Presses"},
    {"id":"E99883", "name":"Equipments:Extrusion Presses"},
    {"id":"E99882", "name":"Upsetting Process"},
    {"id":"E99881", "name":"Extrusion Process"},
    {"id":"E99880", "name":"Multi Step Forging"},
    {"id":"E99879", "name":"Hammer Forging"},
    {"id":"E99878", "name":"Rolling Process"},
    {"id":"E99877", "name":"Ring Rolling"},
    {"id":"E99876", "name":"Thread Rolling"},
    {"id":"E99875", "name":"Wedge Rolling"},
    {"id":"E99874", "name":"Sheet Metal Working"},
    {"id":"E99873", "name":"Orbital Forming"},
    {"id":"E99872", "name":"Hydroforming"},
    {"id":"E99871", "name":"Stretch Forming"},
    {"id":"E99870", "name":"Cogging Process"},
    {"id":"E99869", "name":"Swaging"},
    {"id":"E99868", "name":"Stamping"},
    {"id":"E99867", "name":"Riveting"},
    {"id":"E99866", "name":"Quenching"},
    {"id":"E99865", "name":"Ring Compression Test"},
    {"id":"E99864", "name":"Forging Defects"},
    {"id":"E99863", "name":"Crankshaft"},
    {"id":"E99862", "name":"Connecting Rod"},
    {"id":"E99861", "name":"Screw Head"},
    {"id":"E99860", "name":"Gear Manufacturing"},
    {"id":"E99859", "name":"Bar Shearing"},
    {"id":"E99858", "name":"Medical Implants"},
    {"id":"E99857", "name":"Ripple Process"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99856", "name":"To study the Synchronization of alternator with infinite bus bar"},
    {"id":"E99855", "name":"To determine the direct axis reactance (Xd) and quadrature axis reactance (Xq) of synchronous machine"},
    {"id":"E99854", "name":"To determine positive sequence, negative sequence and zero sequence reactances of an alternator"},
    {"id":"E99853", "name":"To measure the dielectric Strength of transformer oil"},
    {"id":"E99852", "name":"To Study the effect of different shape of electrodes on dielectric (air) breakdown"},
    {"id":"E99851", "name":"To Study the gas actuated Buchholz relay for oil filled transformer"},
    {"id":"E99850", "name":"To Study the over-current relay and the effect of PSM and TSM"},
    {"id":"E99849", "name":"To determine the sub-transient (xd″), transient (xd′) and steady state reactance (xd) of a synchronous machine"},
    {"id":"E99848", "name":"To Study the Ferranti Effect of a transmission line/cable"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99847", "name":"Parallel and distributed processing - I: Interactive activation and competition models"},
    {"id":"E99846", "name":"Parallel and distributed processing - II: Constraint satisfaction neural network models"},
    {"id":"E99845", "name":"Perceptron learning"},
    {"id":"E99844", "name":"Hopfield model for pattern storage task"},
    {"id":"E99843", "name":"Hopfield model with stochastic update"},
    {"id":"E99842", "name":"Competitive learning neural networks for pattern clustering"},
    {"id":"E99841", "name":"Solution to travelling salesman problem using self organizing maps"},
    {"id":"E99840", "name":"Solution to optimization problems using Hopfield models"},
    {"id":"E99839", "name":"Weighted matching problem: Deterministic, stochastic and mean-field annealing of an Hopfield model"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99838", "name":"Single Span Beams Experiment"},
    {"id":"E99837", "name":"Continuous Beams Experiment"},
    {"id":"E99836", "name":"Column Analysis Experiment"},
    {"id":"E99835", "name":"Portal Frames Experiment"},
    {"id":"E99834", "name":"Plates Experiment"},
    {"id":"E99833", "name":"Rijid Joints Experiment"},
    {"id":"E99832", "name":"Arches Experiment"},
    {"id":"E99831", "name":"Trusses Experiment"},
    {"id":"E99830", "name":"Retaining Walls Experiment"},
    {"id":"E99829", "name":"Plastic Hinge Experiment"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99828", "name":"Forming Sentences-1"},
    {"id":"E99827", "name":"Forming Sentences-2"},
    {"id":"E99826", "name":"Tokens and Types"},
    {"id":"E99825", "name":"Heap's Law"},
    {"id":"E99824", "name":"Dictionary Generation"},
    {"id":"E99823", "name":"Coarse-grained POS Tagging"},
    {"id":"E99822", "name":"Fine-grained POS Tagging"},
    {"id":"E99821", "name":"Chunking"},
    {"id":"E99820", "name":"Context Free Grammar"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99819", "name":"Points and Co-ordinate Systems"},
    {"id":"E99818", "name":"Transformations: Translation"},
    {"id":"E99817", "name":"Transformations: Rotation"},
    {"id":"E99816", "name":"Transformations: Scaling"},
    {"id":"E99815", "name":"Hierarchical Transformations: 2D Demo"},
    {"id":"E99814", "name":"Hierarchical Transformations: 3D Articulated Arm"},
    {"id":"E99813", "name":"Projections and Cameras"},
    {"id":"E99812", "name":"Clipping: Line"},
    {"id":"E99811", "name":"Clipping: Polygon"},
    {"id":"E99810", "name":"Rasterization: Line"},
    {"id":"E99809", "name":"Rasterization: Polygon"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99808", "name":"Representation of Integers and their Arithmetic"},
    {"id":"E99807", "name":"Representation of Floating Point Numbers and their Arithmetic"},
    {"id":"E99806", "name":"Virtual Memory"},
    {"id":"E99805", "name":"MIPS Assembly Language Programming - 1"},
    {"id":"E99804", "name":"MIPS Assembly Language Programming - 2"},
    {"id":"E99803", "name":"ARM Assembly Language Programming - 1"},
    {"id":"E99802", "name":"ARM Assembly Language Programming - 2"},
    {"id":"E99801", "name":"Single Cycle MIPS CPU"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99800", "name":"Numerical Approximation"},
    {"id":"E99799", "name":"Functions"},
    {"id":"E99798", "name":"Advanced Control Flow"},
    {"id":"E99797", "name":"Arrays"},
    {"id":"E99796", "name":"Structures"},
    {"id":"E99795", "name":"Basic Control Flow"},
    {"id":"E99794", "name":"Strings"},
    {"id":"E99793", "name":"Pointers"},
    {"id":"E99792", "name":"Recursion"},
    {"id":"E99791", "name":"Expression Evaluation"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99790", "name":"Breaking the Shift Cipher"},
    {"id":"E99789", "name":"Breaking the Mono-alphabetic Substitution Cipher"},
    {"id":"E99788", "name":"One-Time Pad and Perfect Secrecy"},
    {"id":"E99787", "name":"Message Authentication Codes"},
    {"id":"E99786", "name":"Cryptographic Hash Functions and Applications"},
    {"id":"E99785", "name":"Symmetric Key Encryption Standards (DES)"},
    {"id":"E99784", "name":"Symmetric Key Encryption Standards (AES)"},
    {"id":"E99783", "name":"M Diffie-Hellman Key Establishment"},
    {"id":"E99782", "name":"Public-Key Cryptosystems (PKCSv1.5)"},
    {"id":"E99781", "name":"Digital Signatures"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99780", "name":"Number Systems"},
    {"id":"E99779", "name":"Expression Evaluation using Stacks"},
    {"id":"E99778", "name":"Sorting using Arrays"},
    {"id":"E99777", "name":"Polynomials via Linked Lists"},
    {"id":"E99776", "name":"Search Trees"},
    {"id":"E99775", "name":"Expression Trees"},
    {"id":"E99774", "name":"Graph Traversals"},
    {"id":"E99773", "name":"Shortest Paths in Graphs"},
    {"id":"E99772", "name":"Minimum Spanning Trees"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99771", "name":"Adder Circuit"},
    {"id":"E99770", "name":"Multiplexer"},
    {"id":"E99769", "name":"Decoder with 7-Segment Display"},
    {"id":"E99768", "name":"ALU with function"},
    {"id":"E99767", "name":"Comparator"},
    {"id":"E99766", "name":"Latch and Flip Flops"},
    {"id":"E99765", "name":"Registers"},
    {"id":"E99764", "name":"Counters"},
    {"id":"E99763", "name":"Multipliers"},
    {"id":"E99762", "name":"State Digrams"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99761", "name":"Bernoullis Experiment"},
    {"id":"E99760", "name":"Venturi Meter Experiment"},
    {"id":"E99759", "name":"Orifices Experiment"},
    {"id":"E99758", "name":"Mouthpieces Experiment"},
    {"id":"E99757", "name":"Weirs Experiment"},
    {"id":"E99756", "name":"Channels Experiment"},
    {"id":"E99755", "name":"Reynolds Experiment"},
    {"id":"E99754", "name":"Vorticess Experiment"},
    {"id":"E99753", "name":"Jets Experiment"},
    {"id":"E99752", "name":"Turbines Experiment"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99751", "name":"Distance and Connectivity"},
    {"id":"E99750", "name":"Image Arithmetic"},
    {"id":"E99749", "name":"Affine Transformation"},
    {"id":"E99748", "name":"Point Operations"},
    {"id":"E99747", "name":"Neighbourhood Operations"},
    {"id":"E99746", "name":"Image Histogram"},
    {"id":"E99745", "name":"Fourier Transform"},
    {"id":"E99744", "name":"Color Image Processing"},
    {"id":"E99743", "name":"Morphological Operations"},
    {"id":"E99742", "name":"Image Segmentation"},
    {"id":"E99741", "name":"Image Processing Test Bench"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99740", "name":"Familiarization with the UV-Visible Absorption Spectroscopy"},
    {"id":"E99739", "name":"Solvent Effects on the UV-visible Absorption Spectra"},
    {"id":"E99738", "name":"Effects of sample path length"},
    {"id":"E99737", "name":"Effects of sample concentration"},
    {"id":"E99736", "name":"Determination of molar absorptivity"},
    {"id":"E99735", "name":"Verification of Beer-Lambert Law"},
    {"id":"E99734", "name":"Determination of unknown concentration of a light absorbing analyte"},
    {"id":"E99733", "name":"Simultaneous estimation method for multicomponent samples: Principle of additivity of absorbance"},
    {"id":"E99732", "name":"pH effects on absorption spectra: pKa determination by spectrophotometric method"},
    {"id":"E99731", "name":"Study of kinetics of a reaction by using spectrophotometric method"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99730", "name":"Introduction to the fluorescence spectroscopy principle"},
    {"id":"E99729", "name":"Familiarization with the fluorescence instrumentation"},
    {"id":"E99728", "name":"Familiarization with excitation and emission spectra Mirror Image relation and Stokes Shift"},
    {"id":"E99727", "name":"Demonstration of solvent effects on fluorescence spectra"},
    {"id":"E99726", "name":"Demonstration of pH effects on fluorescence spectra"},
    {"id":"E99725", "name":"Effects of concentration optical density of a fluorophore on emission spectra"},
    {"id":"E99724", "name":"Relationship between the concentration of a fluorophore and its fluorescence intensity- Determination of unknown concentration of an analyte in solution"},
    {"id":"E99723", "name":"Determination of fluorescence quantum yield of a fluorophore"},
    {"id":"E99722", "name":"Fluorescence Quenching and Stern-Volmer plot- Estimation of the quenching constant from Stern-Volmer plot"},
    {"id":"E99721", "name":"Effects of excimer and exciplex formations on fluorescence emission spectra"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99720", "name":"Internuclear forces in a diatomic molecule: Optical and magnetic tweezer experiments"},
    {"id":"E99719", "name":"Molecular forces in a triatomic molecule: A magnetic tweezer experiment"},
    {"id":"E99718", "name":"Dihedral forces in a quad-atomic molecule: A magnetic tweezer experiment"},
    {"id":"E99717", "name":"Interatomic van der Waals forces"},
    {"id":"E99716", "name":"van der Waals forces between molecules"},
    {"id":"E99715", "name":"Interatomic electrostatic forces"},
    {"id":"E99714", "name":"Electrostatic forces between molecules"},
    {"id":"E99713", "name":"Many-body forces in a polyatomic molecule"},
    {"id":"E99712", "name":"Solvent viscous forces on a polyatomic molecule"},
    {"id":"E99711", "name":"Molecular seperation using interatomic forces: Column chromatography"},
    {"id":"E99710", "name":"Radiation forces on a dielectric particle"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99709", "name":"Word Analysis"},
    {"id":"E99708", "name":"Word Generation"},
    {"id":"E99707", "name":"Morphology"},
    {"id":"E99706", "name":"N-Grams"},
    {"id":"E99705", "name":"N-Grams Smoothing"},
    {"id":"E99704", "name":"POS Tagging: Hidden Markov Model"},
    {"id":"E99703", "name":"POS Tagging: Viterbi Decoding"},
    {"id":"E99702", "name":"Building POS Tagger"},
    {"id":"E99701", "name":"Chunking"},
    {"id":"E99700", "name":"Building Chunker"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99699", "name":"Feature Representation"},
    {"id":"E99698", "name":"Mean and Covariance"},
    {"id":"E99697", "name":"Linear Perceptron Learning"},
    {"id":"E99696", "name":"Generation of Random Variables"},
    {"id":"E99695", "name":"Bayesian Classification"},
    {"id":"E99694", "name":"MLE: Learning the classifier from data"},
    {"id":"E99693", "name":"Data Clustering: K-Means, MST-based"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99692", "name":"Instrumentation and working principles of infra red spectroscopy using salt plates"},
    {"id":"E99691", "name":"Instrumentation and working principles of solutions infra red spectroscopy"},
    {"id":"E99690", "name":"Instrumentation and working principles principles of mass spectroscopy"},
    {"id":"E99689", "name":"Determination of molar mass of simple compounds using mass spectroscopy"},
    {"id":"E99688", "name":"Nuclear magnetic resosnace spectrocopy and evaulation of simple 1H NMR spectra of select organic compounds"},
    {"id":"E99687", "name":"Identification of unknown components using spectroscopic techniques"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99686", "name":"Numerical Representation"},
    {"id":"E99685", "name":"Beauty of Numbers"},
    {"id":"E99684", "name":"More on Numbers"},
    {"id":"E99683", "name":"Factorials"},
    {"id":"E99682", "name":"String Operations"},
    {"id":"E99681", "name":"Recursion"},
    {"id":"E99680", "name":"Advanced Arithmatic"},
    {"id":"E99679", "name":"Searching and Sorting"},
    {"id":"E99678", "name":"Permutation"},
    {"id":"E99677", "name":"Sequences"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99676", "name":"Tensile Test Experiment"},
    {"id":"E99675", "name":"Compression Test Experiment"},
    {"id":"E99674", "name":"Shear Test Experiment"},
    {"id":"E99673", "name":"Torsion Test Experiment"},
    {"id":"E99672", "name":"Impact Test Experiment"},
    {"id":"E99671", "name":"Creep Test Experiment"},
    {"id":"E99670", "name":"Fatigue Test"},
    {"id":"E99669", "name":"Compression Test on Spring Experiment"},
    {"id":"E99668", "name":"Principal Stresses Experiment"},
    {"id":"E99667", "name":"Rockwell Hardness Experiment"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99666", "name":"Schematic Design Of Transistor Level Inverter"},
    {"id":"E99665", "name":"Schematic Design Of Transistor Level NAND & NOR Gate"},
    {"id":"E99664", "name":"Schematic Design Of Transistor Level XOR & XNOR Gate"},
    {"id":"E99663", "name":"Schematic Design Of Pass Transistor Logic & Multiplexer"},
    {"id":"E99662", "name":"Delay Estimation In Chain Of Inverters"},
    {"id":"E99661", "name":"Schematic Design Of D-Latch and D-Flip Flop"},
    {"id":"E99660", "name":"Spice Code Platform"},
    {"id":"E99660", "name":"Spice Code Platform"},
    {"id":"E99659", "name":"Design Of D-Flip Flop Using Verilog"},
    {"id":"E99658", "name":"Design Of Digital Circuits Using Verilog"},
    {"id":"E99657", "name":"Layout Design"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99656", "name":"Flow measurement by orificemeter and venturimeter"},
    {"id":"E99655", "name":"Gas Liquid Absorption"},
    {"id":"E99654", "name":"Two Phase Flow in Horizontal Tubes"},
    {"id":"E99653", "name":"Hydrodynamics of packed column"},
    {"id":"E99652", "name":"Nature of flow"},
    {"id":"E99651", "name":"Adiabatic calorimetry"},
    {"id":"E99650", "name":"Flow through fittings"},
    {"id":"E99649", "name":"Heat transfer in a double pipe heat exchanger"},
    {"id":"E99648", "name":"Vapour Liquid Equilibrium"},
    {"id":"E99647", "name":"Ebulliometric Determination of Vapour Pressure"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99646", "name":"I-V Characteristics and Fabrication of p-n junction Diode"},
    {"id":"E99645", "name":"I-V Characteristics of LED Diode"},
    {"id":"E99644", "name":"Rectifier Circuits"},
    {"id":"E99643", "name":"Wave Shaping Circuits using Diodes"},
    {"id":"E99642", "name":"BJT characteristics"},
    {"id":"E99641", "name":"BJT biasing and amplifier response"},
    {"id":"E99640", "name":"RC circuits"},
    {"id":"E99639", "name":"Wien Bridge Oscillator"},
    {"id":"E99638", "name":"Non linear circuits using Opamps"},
    {"id":"E99637", "name":"Active filters"},
    {"id":"E99636", "name":"Monostable and Astable multivibrators using IC 555"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99635", "name":"Plant Modeling"},
    {"id":"E99634", "name":"Transient Response"},
    {"id":"E99633", "name":"On-Off control"},
    {"id":"E99632", "name":"P Control"},
    {"id":"E99631", "name":"Frequency response"},
    {"id":"E99630", "name":"PD Control for desired pole placement"},
    {"id":"E99629", "name":"PD Control for desired transient response"},
    {"id":"E99628", "name":"PID control for desired transient response"},
    {"id":"E99627", "name":"PD Control for desired transient response - Unstable Plant"},
    {"id":"E99626", "name":"PID Control for desired transient response - Unstable Plant"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99625", "name":"Saturation Flow"},
    {"id":"E99624", "name":"Delay Modeling"},
    {"id":"E99623", "name":"Fundamental Traffic Diagram Relations"},
    {"id":"E99622", "name":"Traffic Volume Count"},
    {"id":"E99621", "name":"Speed Measurement"},
    {"id":"E99620", "name":"Density Measurement"},
    {"id":"E99619", "name":"Parking Analysis"},
    {"id":"E99618", "name":"General Motors Car Following Model"},
    {"id":"E99617", "name":"Driver Reaction Time Test"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"Overview", "name":"An Overview of Virtual Proteomics Laboratory"},
    {"id":"Overview", "name":"An Overview of Gel Based Proteomics"},
    {"id":"E99616", "name":"Gel-based proteomics to analyze human serum proteome"},
    {"id":"E99615", "name":"Gel-based proteomics to analyze bacterial proteome"},
    {"id":"E99614", "name":"Gel-based proteomics to analyze plant proteome"},
    {"id":"Overview", "name":"Module II: An Overview of MALDI-TOF MS"},
    {"id":"E99613", "name":"In-gel digestion of proteins for MS analysis"},
    {"id":"E99612", "name":"Sample preparation for the MALDI-TOF MS analysis"},
    {"id":"E99611", "name":"MALDI-TOF instrumentation and analysis of serum proteins"},
    {"id":"E99610", "name":"MS data analysis - Peptide Mass Fingerprinting (PMF)"},
    {"id":"E99609", "name":"Molecular Weight Determination of Intact Protein Using MALDI TOF"},
    {"id":"Overview", "name":"Module III: An Overview of Bioinformatics"},
    {"id":"E99608", "name":"Sequence Alignment"},
    {"id":"E99607", "name":"Homology Modelling"},
    {"id":"E99606", "name":"Protein Function Annotation"},
    {"id":"E99605", "name":"Molecular Docking"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99604", "name":"Measurement of VSWR on a line"},
    {"id":"E99603", "name":"Determination of unknown impedance"},
    {"id":"E99602", "name":"Relationship between guide λg and λ0"},
    {"id":"E99601", "name":"Experiment of Microwave Cavity"},
    {"id":"E99600", "name":"Microwave Coupler"},
    {"id":"E99599", "name":"Experiments of Transmission Line"},
    {"id":"E99598", "name":"Radiation Pattern of Horn Antenna"},
    {"id":"E99597", "name":"Antenna Gain measurement"},
    {"id":"E99596", "name":"Experiments on Optical Fiber"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99595", "name":"Experiment-1"},
    {"id":"E99594", "name":"Experiment-2"},
    {"id":"E99593", "name":"Experiment-3"},
    {"id":"E99592", "name":"Experiment-4"},
    {"id":"E99591", "name":"Experiment-5"},
    {"id":"E99590", "name":"Experiment-6"},
    {"id":"E99589", "name":"Experiment-7"},
    {"id":"E99588", "name":"Experiment-8"},
    {"id":"E99587", "name":"Experiment-9"},
    {"id":"E99586", "name":"Experiment-10"},
    {"id":"E99585", "name":"Experiment-11"},
    {"id":"E99584", "name":"Experiment-12"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99583", "name":"Experiment-1"},
    {"id":"E99582", "name":"Experiment-2"},
    {"id":"E99581", "name":"Experiment-3"},
    {"id":"E99580", "name":"Experiment-4"},
    {"id":"E99579", "name":"Experiment-5"},
    {"id":"E99578", "name":"Experiment-6"},
    {"id":"E99577", "name":"Experiment-7"},
    {"id":"E99576", "name":"Experiment-8"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99575", "name":"Determination of Dynamic Performance Characteristics of First Order System"},
    {"id":"E99574", "name":"Determination of Dynamic Performance Characteristics of Second Order System"},
    {"id":"E99573", "name":"Determination of Dynamic Performance Characteristics of Higher Order Systems"},
    {"id":"E99572", "name":"Signal Conditioning Circuit for RTD (Resistance Temperature Detector)"},
    {"id":"E99571", "name":"Understanding The Basic Functions Of An Oscilloscope"},
    {"id":"E99570", "name":"Analog to Digital and Digital to Analog Conversion"},
    {"id":"E99569", "name":"Electric Field Coupling"},
    {"id":"E99568", "name":"Magnetic Field Coupling"},
    {"id":"E99567", "name":"Grounding Practices"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99566", "name":"Static anthropometry, standing heights"},
    {"id":"E99565", "name":"Arm forward reaches, standing erect and forward bend"},
    {"id":"E99564", "name":"Sitting Antropometry, static heights"},
    {"id":"E99563", "name":"Horizontal work surface at around elbow height"},
    {"id":"E99562", "name":"Effective work platform height, standing"},
    {"id":"E99561", "name":"Effective vertical work surface"},
    {"id":"E99560", "name":"Hand dimension"},
    {"id":"E99559", "name":"Human dimensional consideration for general seating"},
    {"id":"E99558", "name":"Squatting posture"},
    {"id":"E99557", "name":"Body movement ranges"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99556", "name":"Separating and Throttling Calorimeter"},
    {"id":"E99555", "name":"ASTM distillation"},
    {"id":"E99554", "name":"Flow through porous media - II"},
    {"id":"E99553", "name":"Column tray effeciency"},
    {"id":"E99552", "name":"Flow through porous media -I"},
    {"id":"E99551", "name":"Rotary Dryer"},
    {"id":"E99550", "name":"Forced draft tray dryer"},
    {"id":"E99549", "name":"Vapor in air diffusion"},
    {"id":"E99548", "name":"Mass transfer with or without chemical reaction"},
    {"id":"E99547", "name":"Binary vapor liquid equilibrium"},
    {"id":"E99546", "name":"Design of binary distillation column"},
    {"id":"E99545", "name":"Water cooling tower"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99544", "name":"Energy Loses in Pipe Flow"},
    {"id":"E99543", "name":"Flow through Venturi Meter"},
    {"id":"E99542", "name":"Incompressible Flow through Nozzle and a Diffuser"},
    {"id":"E99541", "name":"Conduction Analysis of a Single Material Slab"},
    {"id":"E99540", "name":"Conduction Analysis of a single Material Sphere"},
    {"id":"E99539", "name":"Conduction Analysis of a single Material Cylinder"},
    {"id":"E99538", "name":"Conduction Analysis of a Double Material Slab"},
    {"id":"E99537", "name":"Conduction Analysis of a Double Material Sphere"},
    {"id":"E99536", "name":"Conduction Analysis of Double Material Cylinder"},
    {"id":"E99535", "name":"To determine the overall heat transfer coefficient (U) in the parallel flow heat exchanger"},
    {"id":"E99534", "name":"To determine the overall heat transfer coefficient (U) in the counter flow heat exchanger"},
    {"id":"E99533", "name":"To investigate the Lambert’s distance law"},
    {"id":"E99532", "name":"To investigate the Lambert’s direction law (cosine law)"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99531", "name":"Free Vibration of Spring-Mass system"},
    {"id":"E99530", "name":"Free Vibration of a Cantilever Beam with a Lumped Mass at free end"},
    {"id":"E99529", "name":"Forced Vibration of a Cantilever Beam with a Lumped Mass at Free End"},
    {"id":"E99528", "name":"Free Vibration of a Cantilever Beam (Continuous System)"},
    {"id":"E99527", "name":"Forced Vibration of a Cantilever Beam (Continuous System)"},
    {"id":"E99526", "name":"Free Vibration of a Two-DOF System"},
    {"id":"E99525", "name":"Free Vibration of a Viscously Damped Single DOF System"},
    {"id":"E99524", "name":"Harmonically Excited Forced Vibration of a Single DOF System"},
    {"id":"E99523", "name":"Harmonically Excited Rotating Unbalance of a Single DOF system"},
    {"id":"E99522", "name":"Harmonically Excited Support Motion of a Single DOF System"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99521", "name":"Signals and their properties"},
    {"id":"E99520", "name":"System and their property"},
    {"id":"E99519", "name":"Fourier analysis of signals"},
    {"id":"E99518", "name":"Sampling and signal reconstruction"},
    {"id":"E99517", "name":"Analysis of LTI system response"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99516", "name":"Identification of Prehistoric handaxe"},
    {"id":"E99515", "name":"Identification of finger print patterns"},
    {"id":"E99514", "name":"Pottery - Virtual Reconstruction of Shapes"},
    {"id":"E99513", "name":"Calculation of Indices"},
    {"id":"E99512", "name":"Obtain the main line formula"},
    {"id":"E99511", "name":"Skeleton - Assembling, Identification & labeling"},
    {"id":"E99510", "name":"Blood Group Techniques"},
    {"id":"E99509", "name":"Hunting, Fishing, Gathering Tools"},
    {"id":"E99508", "name":"Mendel's Law"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99507", "name":"Magnetic Field Behaviour in single coil"},
    {"id":"E99506", "name":"Rotating Magnetic Field Behaviour in two coils"},
    {"id":"E99505", "name":"Rotating Magnetic Field Behaviour in three coils"},
    {"id":"E99504", "name":"The DC Test for Stator Resistance"},
    {"id":"E99503", "name":"No-Load Test"},
    {"id":"E99502", "name":"Blocked-Rotor Test"},
    {"id":"E99501", "name":"Stator Resistance Starter"},
    {"id":"E99500", "name":"Auto Transformer Starting"},
    {"id":"E99499", "name":"Star-Delta Starting"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99498", "name":"Business Communication"},
    {"id":"E99497", "name":"Common Errors in English"},
    {"id":"E99496", "name":"Communication Skills"},
    {"id":"E99495", "name":"Grammar"},
    {"id":"E99494", "name":"Technical Communication"},
    {"id":"E99493", "name":"Vocabulary"},
    {"id":"E99492", "name":"Reading and Comprehension"},
    {"id":"E99491", "name":"Listening Skills"},
    {"id":"E99490", "name":"Video Tutorials"},
    {"id":"E99489", "name":"Lab Staff and Contributors (Not an experiment)"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99488", "name":"Ripple Carry Adder"},
    {"id":"E99487", "name":"Carry-look-ahead adder"},
    {"id":"E99486", "name":"Registers and Counters"},
    {"id":"E99485", "name":"Wallace Tree Adder"},
    {"id":"E99484", "name":"Combinational Multipliers"},
    {"id":"E99483", "name":"Booth's Multiplier"},
    {"id":"E99482", "name":"Arithmetic Logic Unit"},
    {"id":"E99481", "name":"Memory Design"},
    {"id":"E99480", "name":"Associative cache Design"},
    {"id":"E99479", "name":"Direct Mapped cache Design"},
    {"id":"E99478", "name":"CPU Design"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99477", "name":"Determination of Young's Modulus and Poisson's Ratio"},
    {"id":"E99476", "name":"Determination of heat of combustion of aviation fuel"},
    {"id":"E99475", "name":"Flow past a airfoil / wing using flow visualization"},
    {"id":"E99474", "name":"Aerodynamics forces and moments on a standard a/c model"},
    {"id":"E99473", "name":"Vibration testing of beams"},
    {"id":"E99472", "name":"Study of Full Gas turbine"},
    {"id":"E99471", "name":"Measurement of Airfoil sectional properties"},
    {"id":"E99470", "name":"Estimation of cruise and climb performance of aircraft"},
    {"id":"E99469", "name":"Buckling of columns"},
    {"id":"E99468", "name":"Performance and analysis of two stage axial fan"},
    {"id":"E99467", "name":"Aerodynamic forces and moments on a generic aircraft model"},
    {"id":"E99466", "name":"Estimation of drag polar of a glider"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99465", "name":"Creep Transient Based On Material Selection"},
    {"id":"E99464", "name":"Selection of Obstacle Distance (λ, grain boundary or precipitate)"},
    {"id":"E99463", "name":"Selection of Obstacle Density (ρ,number of grains/precipitate)"},
    {"id":"E99462", "name":"Hardness & Modulus"},
    {"id":"E99461", "name":"Indent Depth"},
    {"id":"E99460", "name":"Plastic Work"},
    {"id":"E99459", "name":"Contact Angle Measurement"},
    {"id":"E99458", "name":"To Image the Cytoskeleton of Cells Proliferation On Biomaterial Surface"},
    {"id":"E99457", "name":"To Image the Nucleus of Cells Proliferation On Biomaterial Surface"},
    {"id":"E99456", "name":"Ionic Conductivity YSZ Electrolyte Material For solid Oxide Fuel Cell"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99455", "name":"Ultrafast Laser Pulse Measurment"},
    {"id":"E99454", "name":"Measure of Time-frequency bandwidth relation: Experimental demonstration of Heisenberg Uncertainity Principle"},
    {"id":"E99453", "name":"Confocal Microscopy: Principles & Experiments"},
    {"id":"E99452", "name":"Live Cell Multiphoton Imaging: Principles & Experiments"},
    {"id":"E99451", "name":"Optical Tweezer with Femtosecond Laser Pulses"},
    {"id":"E99450", "name":"Thermal Lens Spectroscopy with High Repetition Rate Lasers"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99449", "name":"To become familiar with night sky"},
    {"id":"E99448", "name":"Becoming Familiar with Constellations"},
    {"id":"E99447", "name":"Retrograde motion of Planets"},
    {"id":"E99446", "name":"Study of solar spectrum"},
    {"id":"E99445", "name":"Spectral classification of stars"},
    {"id":"E99444", "name":"Extracting position of a star"},
    {"id":"E99443", "name":"Cepheid Variables (under construction)"},
    {"id":"E99442", "name":"To measure the Proper Motion of Barnard's Star"},
    {"id":"E99441", "name":"Circumpolar Star"},
    {"id":"E99440", "name":"Colour Magnitude Diagram"},
    {"id":"E99439", "name":"Orbital Inclination"},
    {"id":"E99438", "name":"Planetary Distances"},
    {"id":"E99437", "name":"Distance to the Moon"},
    {"id":"E99436", "name":"Observer Location Determination(Under Construction)"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99435", "name":"Measurement of laminar burning velocity"},
    {"id":"E99434", "name":"Characterization of laminar premixed flame using chemiluminescence sensor"},
    {"id":"E99433", "name":"Numerical characterization of laminar premixed methane-air flames"},
    {"id":"E99432", "name":"Observations on flame height of a laminar jet diffusion flame"},
    {"id":"E99431", "name":"Measurement of turbulent inverse diffusion flame height"},
    {"id":"E99430", "name":"Visualization of swirling flow and flame in a burner"},
    {"id":"E99429", "name":"Flame spread over a solid fuel surface"},
    {"id":"E99428", "name":"Characterization of droplet combustion"},
    {"id":"E99427", "name":"Measurement of droplet size for an air-blast atomizer"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99426", "name":"ECG signal acquisition under incorrect electrode placement"},
    {"id":"E99425", "name":"ECG feature extraction and analysis"},
    {"id":"E99424", "name":"ECG Acquisition and HRV analysis in time and frequency domain"},
    {"id":"E99423", "name":"EEG acquisition and frequency components calculation"},
    {"id":"E99422", "name":"EEG Power Spectral Density calculation"},
    {"id":"E99421", "name":"EEG approximate entropty calculation"},
    {"id":"E99420", "name":"EEG alpha RMS derivation"},
    {"id":"E99419", "name":"EMG Toolbox"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99418", "name":"Digital Signal Processing Toolkit"},
    {"id":"E99417", "name":"Bio-Medical Signal Processing Toolkit"},
    {"id":"E99416", "name":"Image Processing Toolkit"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99415", "name":"Speed Control of DC motor by varying armature and field resistance"},
    {"id":"E99414", "name":"Speed control of DC motor by using Ward-Leonard Method of speed control"},
    {"id":"E99413", "name":"Load Characteristics of DC shunt generator"},
    {"id":"E99412", "name":"Magnetisation Characteristics of DC shunt generator"},
    {"id":"E99411", "name":"Determination of the efficiency of a dc motor by loss summation method(Swinburne's test)"},
    {"id":"E99410", "name":"Speed control of slipring Induction Motor"},
    {"id":"E99409", "name":"Determination of Transformer equivalent circuit from Open Circuit and Short Circuit Test"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99408", "name":"Study of various parts of Auto Level"},
    {"id":"E99407", "name":"Carry out Fly Leveling using Auto Level"},
    {"id":"E99406", "name":"Carry out Profile Leveling using Auto Level"},
    {"id":"E99405", "name":"Observations of Vertical and Horizontal angles using Total Station"},
    {"id":"E99404", "name":"Study of Plane Table and Its Accesories"},
    {"id":"E99403", "name":"Detail Plotting by Radiation method"},
    {"id":"E99402", "name":"Detail Plotting By Intersection Method"},
    {"id":"E99401", "name":"Deatil Plotting by Resection Method"},
    {"id":"E99400", "name":"Carry out Contouring in the field"},
    {"id":"E99399", "name":"Study of GPS and Its Accessories"},
    {"id":"E99398", "name":"Measurements Using GPS"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99397", "name":"Impact Of Jet"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99396", "name":"PLC On-Delay Timer Instruction"},
    {"id":"E99395", "name":"PLC Off-Delay Timer Instruction"},
    {"id":"E99394", "name":"PLC Retentive Timer On Instruction"},
    {"id":"E99393", "name":"PLC COUNT-UP INSTRUCTION"},
    {"id":"E99392", "name":"PLC COUNT-DOWN INSTRUCTION"},
    {"id":"E99391", "name":"Garage Shutter Opening and Closing Using PLC:"},
    {"id":"E99390", "name":"Container Filling Process Using PLC"},
    {"id":"E99389", "name":"Simultaneous output interlock using PLC"},
    {"id":"E99388", "name":"Maximum Simultaneous Operations Limiter using PLC"},
    {"id":"E99387", "name":"Motor forward and reverse direction control using PLC"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99386", "name":"Free vibration of cantilever beam"},
    {"id":"E99385", "name":"Free vibration of simply supported beam"},
    {"id":"E99384", "name":"Free vibration of fixed beam"},
    {"id":"E99383", "name":"Forced vibration of SDOF system"},
    {"id":"E99382", "name":"Base Excitation"},
    {"id":"E99381", "name":"Rotating Unbalance"},
    {"id":"E99380", "name":"2DOF Forced vibration"},
    {"id":"E99379", "name":"Dynamic Vibration Absorber"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99378", "name":"Position analysis of Grashof four bar mechanism"},
    {"id":"E99377", "name":"Velocity analysis of Grashof four bar mechanism"},
    {"id":"E99376", "name":"Acceleration analysis of Grashof four bar mechanism"},
    {"id":"E99375", "name":"Position analysis of NonGrashof four bar mechanism"},
    {"id":"E99374", "name":"Velocity analysis of NonGrashof four bar mechanism"},
    {"id":"E99373", "name":"Acceleration analysis of NonGrashof four bar mechanism"},
    {"id":"E99372", "name":"Position analysis of Slider crank mechanism"},
    {"id":"E99371", "name":"Velocity analysis of Slider crank mechanism"},
    {"id":"E99370", "name":"Acceleration analysis of Slider crank mechanism"},
    {"id":"E99369", "name":"Position analysis of Slider crank mechanism with Offset"},
    {"id":"E99368", "name":"Position analysis of Scotch Yoke Mechanism"},
    {"id":"E99367", "name":"Velocity analysis of Scotch Yoke Mechanism"},
    {"id":"E99366", "name":"Acceleration analysis of Scotch Yoke Mechanism"},
    {"id":"E99365", "name":"Position analysis of Elliptical Trammel"},
    {"id":"E99364", "name":"Hart Straight Line Mechanism"},
    {"id":"E99363", "name":"Tchebichev Straight Line Mechanism"},
    {"id":"E99362", "name":"Peaucellier Straight Line Mechanism"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99361", "name":"Izod Impact Test"},
    {"id":"E99360", "name":"Charpy Impact Test"},
    {"id":"E99359", "name":"Direct Shear Test On Mild Steel Rod"},
    {"id":"E99358", "name":"Direct Shear Test On Wood"},
    {"id":"E99357", "name":"Direct Shear Test On Mild Steel Plate"},
    {"id":"E99356", "name":"Brinell Hardness Test"},
    {"id":"E99355", "name":"Mohr's circle"},
    {"id":"E99354", "name":"Bending Stresses"},
    {"id":"E99353", "name":"Deflection in Cantilever"},
    {"id":"E99352", "name":"Deflection in Beam"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99351", "name":"Circuit Breaker Status Indication from field input:"},
    {"id":"E99350", "name":"Control of Group Operated Switches (GOS) from workstation"},
    {"id":"E99349", "name":"Monitoring Feeder parameter from workstation"},
    {"id":"E99348", "name":"Fault scenario simulation in a feeder"},
    {"id":"E99347", "name":"Fault scenario simulation in a Transformer /Bus"},
    {"id":"E99346", "name":"Load Transfer from one Feeder to other during Transformer Maintenance"},
    {"id":"E99345", "name":"Control Of Bus Voltages Through Onload Tap Changes"},
    {"id":"E99344", "name":"Development of 11KV/433 volts substation automation scheme using PLC for normal load operation"},
    {"id":"E99343", "name":"Development of 11KV/433 volts substation automation scheme using PLC for timer ON/OFF load control"},
    {"id":"E99342", "name":"Development of 11KV/433 volts substation automation scheme using PLC for cyclic ON/OFF load control"},
    {"id":"E99341", "name":"Autoreclosure And Sectionalizer Operation"},
    {"id":"Intro", "name":"Introduction"},
    {"id":"E99340", "name":"Flow Through Pipes"},
    {"id":"E99339", "name":"Flow Through Fittings"},
    {"id":"E99338", "name":"Flow through orifice meter"},
    {"id":"E99337", "name":"Flow through Venturi meter"},
    {"id":"E99336", "name":"Flow through Packed Bed"},
    {"id":"E99335", "name":"Flow through Fluidized Bed"},
    {"id":"E99334", "name":"Reaction kinetic studies in a batch reactor"},
    {"id":"E99333", "name":"Reaction kinetic studies in a mixed flow reactor"},
    {"id":"E99332", "name":"Reaction kinetic studies in a plug flow reactor"}
]}