The ground simulation tests of proton irradiation for Kapton/Al films were conducted using the space synthesis irradiating facility,in which the energy of protons was chosen as 90 keV, and the flux was 5.0×1011cm-2·s-1.The degradation of optical property was investigated through changes of the spectral reflectance of specimens before and after the irradiation.
After irradiation,theestimated neutron flux was 8.0×10~(18) thermal neutrons/cm~2 and 1.7×10~(18) fastneutrons(E≥1MeV)cm~2.The insulation resistance,induced current and capab-lity to withstand power frequency high-voltage of wires have been investigatedduring irradiation.
Finite energy band-limited functions are reconstructed iteratively
When, in addition, the Tolimieri-Orr condition A is satisfied, the minimum energy dual windowoγ ε L2(?) can be sampled as well, and the two sampled windows continue to be related by duality and minimality.
Finite-energy high frequency signals, band-pass frequency signals, and band-stop frequency signals are characterized.
We use the analytic tools such as the energy, and the Laplacians defined by Kigami
On Global Finite Energy Solutions of the Camassa-Holm Equation
If is a ?2-grading of a simple Lie algebra, we explicitly describe a-module Spin0 () such that the exterior algebra of is the tensor square of this module times some power of 2.
The operation adj on matrices arises from the (n - 1)st exterior power functor on modules; the analogous factorization question for matrix constructions arising from other functors is raised, as are several other questions.
Let q be a power of p and let G(q) be the finite group of Fq-rational points of G.
We prove a Tauberian theorem of the form $\phi * g (x)\sim p(x)w(x)$ as $x \to \infty,$ where p(x) is a bounded periodic function and w(x) is a weighted function of power growth.
A new C*-algebra of strong limit power functions is proposed.