DFDistance Formula DFDensity Factor DFDecode and Forward DFDistriktsidrottsförbund(Swedish Gymnastics Federation) DFDevice Flag DFDiamond Frame(bicycle) DFDead Fantasy(anime) DFDynaFlat(Samsung monitor) DFDigital Fingerprint DFDouble Flag DFDeblocking Filter ...
Why is Dissipation Factor Important? This property provides valuable insight into the performance of dielectric materials. It measures the efficiency with which adielectric materialdissipates energy in the form of heat when subjected to an alternating current (AC) or high-frequency signal. ...
Formulas for the dielectric constant and dissipation factor of a dielectric mixture of many components have been derived assuming (1) that the dipoles can point only in two definite directions, along and opposite to the directions of the applied field, and (2) that the dipole is a highly ...
Related to dissipation: Dissipation factordissipation[‚dis·ə′pā·shən] (physics) Any loss of energy, generally by conversion into heat; quantitatively, the rate at which this loss occurs. Also known as energy dissipation.McGraw-Hill Dictionary of Scientific & Technical Terms, 6E, Co...
The factor that partitions power between these two processes is the strain rate sensitivity of flow stress which is unity for an ideal linear dissipator. At a given temperature, strain J is given by (Prasad and Seshacharyulu 1998a,b, Prasad 1990) (7.60)J=σɛ˙m/(m+1) whereɛ˙ ...
Scholten and Smaal (1998)(Mytilus edulis) used two terms: the first computes “basal” excretion (endogenous nitrogen excretion) as an allometric function of body weight; the second term is a “correction factor,” which serves to maintain a minimum C:N ratio in the tissues and is evaluated...
In this evolution, the focus also shifted from small to large fluctuations, which nowadays constitute a unifying factor for different theories. We will conclude illustrating the recently introduced t-mixing property and discussing a fully general and simple response formula, which applies to ...
1.The formula and figures of the dissipation rate of specific energy expressed by the changing rate of acceleration are established.为了避免加速度变化率过大引起车辆急动而造成安全事故,分析了加速度变化率与汽车制动器比能量耗散率的关系,讨论了加速度变化率对汽车制动器摩擦衬片磨损特性的影响,建立了用加速...
The generalized Papadopoulos formula [14] was applied to the equivalent stress used in the Lemaitre–Chaboche fatigue model and the critical distance was determined according to the distribution of the mean tri-axiality factor. Comparing to the experimental data, the non-local method gives reasonable...
In the formula for average velocity gradient G caused turbulence kinetic energy as a result of the turbulence kinetic energy dissipation rate; U; B for the movement to a liquid viscosity, C = 0.09 [ 13 ]. D and F are respectively with turbulence kinetic and dissipation rate Prandtl correspond...