1) emission/transmission(E/T)spectra
发射/透射(E/T)光谱
2) Transmission spectrum
透射光谱
1.
Study on transmission spectrum of ZnO films;
ZnO薄膜的透射光谱研究
2.
Study of Measuring Grating Parameters with Transmission Spectrum and Design of Perfect Anti-reflection Coating;
透射光谱法测量光栅参数的研究与全抗反射膜的设计
3.
Kinetics of the oxidation process of the copper films in the thickness range of 16～22 nm at 140 ℃ was studied by using transmission spectrum and sheet resistance methods.
采用方块电阻和透射光谱两种方法为表征手段,测量16～22nm范围内不同厚度Cu薄膜在140℃下完全氧化所需要的时间,得到了Cu薄膜氧化反应的动力学曲线,并利用X射线衍射(XRD)分析了氧化产物的晶相结构和成分。
3) transmission spectra
透射光谱
1.
The influence of MgF_2 doping on the luminescence properties of lead tungstate(PbWO_4,PWO)crystal has been investi- gated by correlated measurements of transmission spectra and photoluminescence spectra and light yield.
通过透射光谱、光致发光谱、光产额的测试,研究了提拉法生长的掺MgF_2的钨酸铅(PbWO_4,PWO)晶体的发光性能。
2.
The X-ray powder diffraction pattern, transmission spectra and powder second harmonic generation (SHG) of the crystals have been measured.
测试了晶体的X射线粉末衍射谱、透射光谱和粉末倍频效应 ,结果表明 :Yb3+ ∶LCB晶体的粉末衍射峰与LCB的衍射峰一致 ;Yb3+ ∶LCB晶体在 92 5 ,975nm附近有明显的吸收峰 ,其中 975nm附近吸收很强 ;倍频效应与KDP同一量级。
3.
The transmission spectra of these crystals were measured.
在 Li Nb O3 中掺进 2 mol% ,4mol% ,6 mol% ,8mol%的 Zn O,生长 Zn(2 mol% ) :Li Nb O3 ,Zn(4mol% ) :Li Nb O3 ,Zn(6 mol% ) :Li Nb O3 和 Zn(8mol% ) :Li Nb O3 晶体 ,测试 Li Nb O3 和掺锌Li Nb O3 晶体的透射光谱。
4) F reactive sputtering
光透射谱
5) transmitted spectrum
透射光谱
1.
Cu is implanted into the pores of anodic alumina by means of electroplating and its transmitted spectrum is measured using UV-3101 spectral photometer.
用阳极氧化的方法制备了阳极氧化铝膜,向其孔中镀入了铜,然后利用UV-3101PC型分光光度计进行了透射光谱测试。
6) transmittance spectra
透射光谱
1.
Comparing with the first derivative transmittance spectra, we build three indices, including blue edge transmittance spectra nitrogen index (BETNI), yellow edge transmittance spectra nitrogen index (YETNI) and red edge transmittance spectra nitrogen index (RETNI), calculated from three edge specific wavebands respectively.
采用小区试验研究了水稻叶片氮含量与透射光谱的相关性。
补充资料：光谱透射比
分子式：
CAS号：
性质：又称光谱透过率。光通过物体后，从物体透射出的光通量与入射到物体的光通量之比。以符号τ表示。在测量和计算透明物体或溶液的光谱和颜色特性时，常用到这一物理量。
CAS号：
性质：又称光谱透过率。光通过物体后，从物体透射出的光通量与入射到物体的光通量之比。以符号τ表示。在测量和计算透明物体或溶液的光谱和颜色特性时，常用到这一物理量。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条