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By introducing their model of neural excitability in 1952, Alan Lloyd Hodgkin and Andrew Huxley not only shed light on the mechanism underlying a very important phenomenon in Physiology (i.e. the generation and propagation of electrical signals in neurones), but they also introduced a mathematical formalism for modeling similar phenomena in a large variety of excitable cells. Therefore, it is only natural that there is a large number of neural models that are built on the basic concepts introduced by the two aforementioned researchers. One such model is the following:
where IL, INa, IK, IA and ICaT are leakage, transient sodium, persistent potassium, transient potassium and transient calcium currents, respectively, and I(t) is any time-dependent externally injected current. The dynamic activation and inactivation variables x, where x 2 fm; h; n; a; b;M;Hg follow rst order relaxation kinetics:
Describe the following terms:- a) Gyroscope b) Crank-pin effort c) Piston Effort d) Crank effort e) Thrust on crank shaft bearings. f) Brake and Dynamometer g
What is the difference between von-mises and maximum principal stress? What is axisymmetric, plane stress, and plane strain modeling? What is difference between a beam, spar,
Your company received an order to machine a batch of 150 steel parts that are 73.0 mm in diameter and 250 mm in length. One of the processes is a finish turning operation. Where th
Define fluid Mechanism
(a) What is the function of fuel feed system? (b) What are the functions of a carburettor? (c) List main components of a carburettor. (d) Describe the working principle of
Determine the percentage savings in the material: A hollow shaft containing an inside diameter 0.5 times the outer diameter is to replace the solid shaft of the similar materi
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Q. Describe about Water disposal system? Disposal water from the Evaporator Package is cooled down to 50°C by the Disposal Cooler and is sent to Disposal Water Tank(s). Disp
Following data is provided for a 360 o hydrodynamic bearing : Radial load = 3.2 kN journal Speed =1490 rpm journal diameter = 50 mm bearing length = 50 mm radial cl
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