fluid laser 中文意思是什麼
fluid laser
解釋
液體激光器-
However, serial sections of fluid gas exchange and laser photocoagulation were required to stabilize the recurrent detached retina
經過七個月之追蹤，網膜穩定無再次剝離之現象。 -
In this article, physical equations and relative three - dimensional finite - difference formulae in cylindrical and spherical geometries were derived and two - and three - dimensional code in cylindrical and spherical geometries for direct - drive by laser was made, based on the lared - s code in planar geometry. it consisted of the processes such as the inverse bremsstrahlung absorption, electic heat conduction and fluid dynamics
本論文在lared - s程序平面版本基礎上，推導了三維柱和球幾何中激光驅動的物理方程和相應的差分方程，編制了二維和三維柱和球幾何中激光驅動流體不穩定性的lared - s程序版本，主要物理過程包括：激光逆軔致吸收、電子熱傳導和流體運動。 -
Techniques borrowed from the ring laser gyro can be adapted to fluid flow measurement.
借環形激光陀螺儀的技術，加以改進使之適用於流體流量的測量。 -
The application of laser raman microspectrometry study in fluid inclusions
顯微激光拉曼光譜在流體包裹體研究中的應用 -
Firtly, the laser envelope equation and the walefeild equation are derived from maxwell ' s equations and the hydrodynamic equations for the relativistic cold electron fluid
首先從maxwell方程組出發，推導出激光傳輸方程和尾波場方程。 -
A large amount of microthermometric data of fluid inclusions indicates that the homogenization temperatures of fluid inclusions in quartz vein from early stage are mainly varied from 270 to 320, higher than that of main stage which varied from 170 to 250. 5. laser - raman analysis for individual inclusions indicate that the inclusions contain co2, n2, ch4 respectively
對礦石中的流體包裹體進行了溫度、壓力、成分、 ph 、含鹽度等的分析，並系統地進行了礦床形成時的物理化學條件的理論計算，其中包括eh 、 ph 、 fo _ 2 、 fs _ 2等及金在礦液運移中的搬運形式。 -
And we test how the laser ' s intensity changes with time through six kinds of cofe2o4 ionic magnetic fluid when laser has the same direction as the magnetic field ( be perpendicular to the magnetic fluid film )
用相消法設計了測試磁光效應一一透射光強的裝置，測試了光線與外磁場方向一致（都垂直於磁性液體薄膜）的情況下，透過六種cofe 。 0 。 -
Temperature measurement techniques for microfluids in capillary and microfluidic systems are reviewed, including exterior contact methods, fluid physical - parameter - based methods, thermo - sensitive marker methods, nmr and raman spectrometric methods, and laser - based interface measurement technique
摘要綜述了近年來應用於毛細管和微流控系統中的各種微流體測溫技術，包括外部接觸測溫、依據液體物理參數變化測溫、基於熱敏物質測溫、核磁共振和拉曼光譜測溫以及基於激光的界面測溫，並對各種測量方法和優缺點進行了討論。 -
Treatment of reopened macular hole after vitrectomy by laser and fluid - gas exchange
激光光凝聯合玻璃體腔注氣治療玻璃體切割術后再發黃斑孔 -
Study on mitochondria of leukemia cells in cerebrospinal fluid by laser scanning confocal mioroscope
細胞型淋巴瘤細胞線粒體的研究 -
Numerical simulation on cladding track, fluid flow field and temperature field in laser cladding process with powder feeding
送粉激光熔覆過程中熔覆軌跡及流場與溫度場的數值模擬 -
Measurement of laser raman spectra in organic fluid inclusions
有機包裹體的拉曼光譜測定
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