When inputting programmed command of temperature pattern or grinding parameters directly,the temperature distribution could be gained through calculating by MATLAB,and besides,it could also be applied to other physical quantity simulation,for example grinding force,surface roughness and so on.
An analysis was made of 12 weather processes with rainstorms and 9 processes without rainstorms from 21 June to 11 July 2003. The synoptic patterns and physical quantities for the two kinds of processes were compared.
The relation between Debye temperature (?) and other physical quantities is shown as: Ⅰ_T/Ⅰ=e~(-2)M (1)Where Ⅰ is the intensity of X-Ray diffracfionat o°K Ⅰ_T is the intensity of X-Ray Diffraction at T°K 2M=-(12h~2/m_ak(?)
Based on division of regions of a typhoon and characteristic scales of physical quantities done by Anthes,sets of equations governing different parts of the typhoon are derived with scale analysis and wave energy equations for each part are obtained with the WKB method.
Based on analysis of a large region pr ecipitation in kelamayi from 7to 8Oc tober of 2002,it were described that the characteristics of circulation background,physical quantities,and s atellite images when the heavy precipitation was formed in the kelamayi area,and the physical quantities products of T 213 were tested.
The synoptic situation and physics quantity field of the rainstorm process in South China from June 13th to June 14th,1996 is analyzed. And the dynamical mechanism of the amplitude effect caused by the Southwest-vortex is discussed on the point of meso scale energy.
In this paper,we analyze the electric charge and electric current consecutive system,proved the formula of radiation of electric dipole,and then explain the law of radiation of electric dipole and the meaning of physics quantity concerned.
δ function is a mathematical tool to describe the discontinuous distribution of physics quantity. On the basis of δ function theory,the formation pressure distribution of instantaneous injection or after producing certain quantity of fluid were calculated with the density equations. The calculated pressure distribution and downhole pressure were superposed and simulated under the intermittent pumping condition.
PSD has the advantages such as higher resolution, fast response speed and simple peripheral circuit and is suitable for the precise measurement of position,distance,displace,angle and other relevant physical variable.
This paper synthetically analyzed the special high temperature weather process On June 21-23, 2005 and the transition precipitation weather process on June 25-26,2005 from the circulation situation, the major effect system,numerical forecasting product,actual physical variable field, satellite cloud chart and so on, finally it summarized the circulation characteristic of this high temperature weather and the transition mechanism of transition weather and proposed its forecast thought.
Performing Doppler weather radar data mainly,and associating with the weather chart fields of physical variable,a areal heavy precipitation process which occurred in North China in April 25 th,2004 was analyzed.
A number of practical recommendations for the anti-lightning protection of the electronic equipment at physics installations that have long lines of communication between their physical quantity sensors and recording instruments are given.
An operator is introduced that associates each physical quantity with a Ward identity, i.e., a quantity that is transformed without anomalous terms and can be nullified in a consistent manner.
For a binary Markovian process, it is shown, in particular, that the time within which a physical quantity remains constant is described by an exponentially distributed random number.
It is shown experimentally that this system makes it possible to reconstruct to within 20% the spatial distribution functions of the physical quantity under investigation.
It is demonstrated that this dependence exhibits a collapse behavior: a critical time tc exists, in the vicinity of which a physical quantity either diverges or goes to zero as ～(tc-t)γ.
These distribution laws are found to be similar to the quantum laws of the distribution values of observable physical quantities.
The profiles of basic physical quantities in the wave are calculated.
As a continuation of the previous paper, on the basis of the complete electrocapillarity equation, an adsorption isotherm equation is derived and supplemented by equations of compatibility of the physical quantities.
Consideration has been given to the ordered isomorphs in systems composed of crystal structures, cation charges in minerals, indices for dimensions of physical quantities, compositions of homomolecular structures, etc.
The low value of spontaneous polarization is explained not by the relation between certain physical quantities, but rather by the interaction of the components of higher order (n >amp;gt; 2) electric moments which, by definition, have rather low values.
A principle of designing realizable precision interfaces between sensors and digital ports of microcontrollers and microconverters which enable one not only to measure a physical variable but also to estimate its derivative was proposed.
Radiation of magnetoacoustic waves in the interstellar medium by physical variable stars
Helicity is an important physical variable which is similar to the energy and enstrophy in three-dimensional fluid.
It can be used to describe the motion in the direction of fluid rotation and also can be regarded as a new physical variable in turbulence theory.
They allow one to extract relevant information about spatial profiles of some physical variable in extended systems directly from the constitutive differential equation without explicitly solving it.