resonance characteristic
1.The phenomenon named "Generalized resonance" corresponding to the characteristic dimensions of the antennae and the array has also been found which can only be shifted out of the band by adjusting the characteristic dimensions.
2.The results demonstrate that the formation of ((AuI 4)RDG) n composite nanoparticle in red-violet and the interface between the nanoparticle solid phase and water phase give rise to its enhanced resonance scattering,fluorescence quenching, hypochromic effect with a characteristic resonance scattering peaks at 600 nm.
3.Network model is used to analyze and compare frequency shift characteristic of stack matrices with different gas and spectrum characteristic of different stack matrices. Research shows that adopting mixed gas is a feasible way to increase the adjustable range of resonance frequency to make frequency of stack easily match with that of TAE system.
4.The strong Van der Waals force and hydrophobic forces among AuI 4-RDG molecules lead to the formation of ((AuI 4)-RDG) n association nanoparticles in red-violet color which exhibit a characteristic resonance scattering peaks at 600 nm and fluorescence quenching at 550 nm.
5.Structure features and principle scheme of the servo system of GDF-003 Twin 35 mm AA gun Switzerland were introduced. Measurement and analysis were made for frequency characteristic of the gun servo system controlled by azimuth and elevation errors so as to have a full understanding of the sys- tem accuracy,stability storage,frequency band width and mechanical resonance of the gun.
6.In this paper, triad sequences of ethylene oxide-propylene oxide randon copolymers hare been studied by 13C NMR. The results show that the triad sequences assigned by whipple are true, A set of substitute parameters are obtained and upon this some characteristic resonance peaks have been found in block copolymer. The difference between randon and block copolymer is discussed.
