Peak power of Sol and MG fast type II fiber was 5 and 8.5 times that of slow type I fiber, respectively. The ESOP sit reduced peak power by 25 and 18% in Sol type I and MG type II fibers, respectively, and, for the former fiber type, shifted the force-pCa relationship to the ...
Obtaining force-velocity relations for different models that capture chemical switching, we show, analytically and numerically, that the collective stall force of N filaments is greater than N times the stall force of a single filament. Employing an exactly solvable toy model, we analytically prove ...
For example, for a silicon ball of radius r = 1cm moving in air with a velocity of 1 cm/sec, F/M is 3.5×10−6m/sec2, while, for a silicon ball of radius 10 microns, F/M is 3.5 m/sec2, one million times larger. Therefore, the drag force caused by the viscosity of the ...
temporaria (RT) were studied at different times of the year and at different experimental temperatures 2. 2. The enzymes required activation by non-spe... B Haffner,W Wieser - 《Comparative Biochemistry & Physiology Part B Comparative Biochemistry》 被引量: 12发表: 1981年 Force‐velocity ...
Velocity This type of sensor measures consecutive positions at known intervals and computes the rate at which the movable object position varies at different times. Based on the working principle, velocity sensors can be of two types, e.g., linear and angular. A linear sensor measures the recti...
This form of the magnetic field displacement has its origin from the linearized induction equation \(\frac{{\partial B_1 }} {{\partial t}} = \nabla \times (v_1 \times B_0 )\), where the velocity field has been replaced by the displacement ξ. The MHD energy principle (Bernstein ...
Results are presented for the binding energy of Hand the doublet n-d scattering length (a) using a rank-four separable potential which simulates the hard core as well as the tensor force. The binding energy is nearly four times the deuteron binding energy, and ais 0.13-0.18 F for the be...
Isovelocity releases were used to determine the force/ velocity relation. Cooling the muscle from 35°C to 20°C increased contraction and half-relaxation times of single twitches with a temperature coefficient ( Q 10 ) of 0.4, but did not affect significantly the twitch tension. The tetanic ...
2.2.1.10 Effect of sliding velocity on friction of polymers If the temperature in the contact area of friction is negligible, the friction force is independent of sliding velocity. However, for polymers, sliding velocity has a strong influence on friction coefficient when the test temperature approac...
Per unit actuator mass, both the force and the velocity induced by microscale actuators show an order of magnitude (22.1 and 18.5 times, respectively) increase over macroscale actuators, making them suitable for distributed flow control applications. 展开 ...