Experimental Studies of Equation-of-State Driven by High Power Lasers——The Research of Absolute Measurement of High Pressure Equation-of-State of Aluminum
It has been found during experiments that the base-point drift magnitude of a high-precision STA 409C thermogravimetric analyzer could reach 3% to 7% with its absolute value being 0.2 to 0.5 mg.
The filtering performance of a sintering wiremesh is tested on a self-designed fine filtering test system. The size of the wiremesh tested is 40mm×1000mm and its absolute filtering precision is 10μ m.
We show that the absolute invariants (i.e.,the ${\mbox{\rm GL}}(2, {\mbox{\bf R}})$-invariants in the field of fractions of ${\mathcal P}$) distinguish the isomorphism classes of 2-dimensional non-associative real division algebras.
Its absolute value (|A(u)|) measures the correlation between the signal u emitted by the radar transmitter and its echo after reaching a moving target.
A* arises quite naturally in problems of summability of the Fourier series at Lebesgue points, whereas Wiener's algebra A of functions with absolutely convergent Fourier series arises when studying the norm convergence of linear means.
A* arises quite naturally in problems of summability of the Fourier series at Lebesgue points, whereas Wiener's algebra A of functions with absolutely convergent Fourier series arises when studying the norm convergence of linear means.
This criterion implies several results concerning the problem of integrable solutions of n-scale refinement equations and the problem of absolutely continuity of distribution function of one random series.
We show that the absolute invariants (i.e.,the ${\mbox{\rm GL}}(2, {\mbox{\bf R}})$-invariants in the field of fractions of ${\mathcal P}$) distinguish the isomorphism classes of 2-dimensional non-associative real division algebras.
Reviewed here is the status of our knowledge of the absolute value of G, methods for determining G, and recent high precision experiments for determining G.
During the 2004/2005 austral summer season, the absolute gravity and relative gravity were measured at the Great Wall Station with precision within ± 3 × 10-8 ms-2 and ± 10 × 10-8 ms-2 respectively.
Its absolute value (|A(u)|) measures the correlation between the signal u emitted by the radar transmitter and its echo after reaching a moving target.
The Pitzer parameter βMX(1)L, which characterizes the short-range interaction between unlike charged ions, is negative, and its absolute value increases with decreasing temperature.
Isotherms of the magnetoresistance of this film reveal that its absolute value increases with the field, abruptly in the technical magnetization range and almost linearly in stronger fields.
As a result, the jet is accelerated not only by the inlet pressure but also due to the fact that the potential energy of the flowing medium decreases because of a decrease in its absolute pressure down to the technical vacuum level.