Among many aspects of a sound, its loudness and noisiness are capable of numerical scaling. An experiment has been carried out with untrained listeners which may lead to a scale of unpleasantness. It has been shown that consistent rank-ordering is possible and that there is a large measure of agreement between individuals. Comparison with the scales of loudness and noisiness show that unpleasantness is not directly related to these measures.
In the ul杜a−high − speed e里 evato ち 血 ere is a possibi 亘 ity that the vibration of 出e car is increased by 出e fluid 童 brce generated when the car and 血e counter weight pass each otheL Wind pressure gcnelated dしtring passing , bccause it incrcases in propon lon to approximately the square of the eleva 紋) r specds , has bccome an important issue in the ultra − high − spccd elevators . This pape: for tiie counterweight , to verify the effect of the fluid force reduction by providing aClditional and opening of the rectifyillg coven In addition , as a result of fluid analysis and physical testing , we obtained the prospect that fluid force can be reduced about 30 percent of the time passing .
The phase transition temperature in pyrene and phenanthrene crystals has been measured by a polarization modulation method, which enables one to detect the variation in the refractive index in the transparent region of a crystal. The phase transition occurs at 120 K in pyrene and between 210 and 260 K in phenanthrene.
In order to find out the factors determining the resolution on the resist silylated process, we evaluated factors for each stage of pattern generation process. It is found that the silylated layer is formed as a result of the light energy distribution.Moreover, it can be explained that side etching brought about the degradation of vertical etching rate in fine slits (micro-loading effect).This micro-loading effect degrades the resolution slightly.Using a condition with minimized micro-loading effect, we obtained patterns with near vertical sidewall and with small linewidth difference between packed and isolated 1 ines.
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