1) thermal lens technique
热透镜技术
1.
The feasibility that the concentration of anthrancene can be determined by thermal lens technique .
讨论了热透镜技术对紫外光作用下能产生荧光的物质多环芳烃蒽的检测 。
2) Surface thermal lensing technique
表面热透镜技术
3) surface thermal lensing
表面热透镜技术
1.
Using surface thermal lensing method to measure weak absorption of the thin films coated on the Si plates at 1315nm, we have concluded the reason that induced absorption, and can give a measuring guarantee to reduce their absorption and loss in the process of coating thin films.
运用表面热透镜技术精确测量了 1 31 5nm高反射硅镜的弱吸收 ,判断引起吸收的原因 ,从而为工艺上减少吸收降低损耗提供了保
2.
In order to reduce the absorption and loss in the process of coating thin films, the weak absorption of the thin films coated on the Si plates at 1315 nm and their surface feature were measured by using surface thermal lensing method and atomic force microscopy, respectively.
运用表面热透镜技术精确测量 1315nm高反射硅镜的弱吸收 ,并结合原子力显微镜所显示的薄膜表面情况判断引起吸收的原因 ,为工艺上减少吸收降低损耗提供测量保
4) transmission photo-thermal lens technique
透射式光热透镜技术
1.
The principle and application for transmission photo-thermal lens technique;
透射式光热透镜技术的原理和应用
5) time resolved thermal lensing technique
时间分辨热透镜技术
1.
The quantum yield of triplet formation (φ ISC ) and the triplet lifetime (τ T) of C 60 , as well as the quantum yield of singlet oxygen formation (φ Δ ) by the quenching of the triplet state of C 60 and the singlet lifetime (τ 0) of oxygen are measured by a time resolved thermal lensing technique.
利用时间分辨热透镜技术测定了C60的三线态量子产额(ISC)、三线态寿命(τT)以及苯溶液中溶解氧通过猝灭C60三线态而生成的单线态氧的量子产额(Δ)、氧的单线态寿命(τ0)。
6) technique of tiny lens
微透镜技术
补充资料:热透镜
分子式:
CAS号:
性质:用以测量介质因吸收激光束而引起温升时介质折射系数的变化。所生成的透镜(通常是发散式的)使得沿激光束轴线方向测得的照度发生变化(一般是降低)。
CAS号:
性质:用以测量介质因吸收激光束而引起温升时介质折射系数的变化。所生成的透镜(通常是发散式的)使得沿激光束轴线方向测得的照度发生变化(一般是降低)。
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