optical trapping的意思
optical trapping中文翻譯:
光學捕獲;光陷捕獲
trapping───v.(使)陷入困境;被卡住;收集;把……逼進;設陷阱捕捉(動物);(使)陷入圈套;停(球);給(馬)戴馬飾;儲存(氣體、水等)(trap的現在分詞);n.(裝飾性的)馬衣
optical───adj.光學的;眼睛的,視覺的
optical fibre───光學纖維;光導纖維;光學(玻璃)纖維,光導纖維
muskrat trapping───誘捕麝鼠
optical rotation───旋光度,旋光性,(光學的)偏振轉;[光]旋光度;[光]旋光性;偏振轉
optical stores───眼鏡店
optical microscope───[光]光學顯微鏡
optical disc───光具盤,頻閃觀測盤;[計]光盤;光具盤;頻閃觀測盤
acadian optical───阿卡迪亞光學
Effects of spherical aberration caused by the refractive mismatch between objective oil and medium water on optical trapping force is calculated quantitatively and also analyzed.───對顯微鏡物鏡浸油與媒質水溶液折射率不同所產生的球差對光阱力的影響進行了定量計算與數值分析。
implemented a femtosecond laser tweezers, and the stable optical trapping of human red blood cells(RBC) was observed.───采用自行搭建的飛秒激光光鑷,實現了對人體血紅細胞(RBC)的穩定捕獲。
it is reason to choose above parameters for different medium particles, so as to get bigger optical trapping force and optical trapping rigidity.───針對不同介質粒子合理選擇上述參量,以得到較大光阱力和光阱剛度。
In this paper, we describe how the T-matrix approach can be used to computer optical trapping force.───論述了如何使用T矩陣方法進行光阱力計算。
The calculation and numerical simulation on optical trapping force in lateral way of One- beam laser optical tweezers───單光束光鑷橫向光阱力的計算與仿真分析
Mechanical effects of light and measurement of optical trapping force───光的力學效應及光阱力的測量
Calculation and Numerical Simulation of Optical Trapping Force by Micro-beam Laser on Micro-Sphere Particles───激光微束對球狀介質粒子光阱力的計算與仿真分析
Compare for Calibration Methods to Optical Trapping Force Upon Non-spherical Biological Cells───兩種非球形細胞光鑷阱力標定方法的比較
Optical Trapping of Biological Cells Using a Femtosecond Laser Tweezers───利用飛秒激光光鑷捕獲生物細胞
Stable optical trapping of human red blood cells (RBCs), Haematococcus pluvialis Flotow cells and Xanthophyllomyces dendrorhous cells was achieved using this system.
With the development of Laser Biography, the optical trapping technology based on microbeam laser becomes an effective tool in the research of life science and bioengineering little by little.
We measured the optical trapping capability and Q-values of the femtosecond laser tweezers in comparison with CW laser tweezers.