research on the sensing applications of surface plasmon resonance and polymer optical fiber

1、

glucose concentration detecting technology based on miniature surface plasmon resonance biological sensor

基于微型表面等离子共振生物传感器的葡萄糖浓度测量技术

互联网摘选

2、

preparation method and surface plasmon resonance detection of molecular imprinting polymer

分子印迹膜的制备方法及其SPR检测

互联网摘选

3、

a novel optical sensor for salinity measurement based on surface plasmon resonance

基于表面等离子共振原理的一种新型盐度光学传感器

互联网摘选

4、

simulation of surface plasmon resonance biosensor based on phase detection

基于相位检测SPR生物传感器的数值模拟

互联网摘选

5、

measurement of concentration of alcohol solution with surface plasmon resonance sensor

表面等离子共振传感器用于酒精溶液浓度的测量

互联网摘选

6、

research on liquid chromatography detector based on surface plasmon resonance

基于表面等离子体共振技术的液相色谱检测器研究

互联网摘选

7、

study on detection of prion protein based on surface plasmon resonance technology

基于表面等离子共振（SPR）的朊蛋白检测技术研究

互联网摘选

8、

data process of spectroscopic surface plasmon resonance analyzer based on noise analysis

基于噪声分析的波长表面等离子体共振分析仪的数据处理

互联网摘选

9、

determination of optical parameters based on surface plasmon resonance technique

SPR传感器光学参数的确定及应用

互联网摘选

10、

development and application of surface plasmon resonance sensor technique

表面等离子共振传感技术的发展与应用

互联网摘选

11、

automatic concentration detection system based on surface plasmon resonance

基于表面等离子共振的全自动浓度检测系统

互联网摘选

12、

in some reaction systems, the host-guest complex can simulate the high efficiency of enzyme catalysis, which means the reaction rate can be greatly improved.

有些反应体系中主-客体络合物可以模拟酶的高效率催化反应，从而可以大大提高反应速率。

互联网摘选

13、

the advantages and disadvantages of enzyme catalysis in organic media and factors which affect the efficiency of biocatalysis in organic media were also discussed.

总结了有机相酶催化反应的优点与影响因素，同时对核苷类似物的酶催化合成机理和底物特异性做了简要综述。

互联网摘选

14、

enzyme catalysis in non-aqueous media

非水相中的酶催化

互联网摘选

15、

the property research of surfactant in non-aqueous solution can provide theoretical basis for the research of micelle enzyme catalysis of cellulase.

非水溶液中表面活性剂性质的研究可以为进一步研究纤维素酶的胶束酶催化奠定理论基础。

互联网摘选

16、

it is well known that mimic enzyme catalysis is a novel challenging field in bioorganic chemistry with rapid progress.

众所周知，仿酶催化是生物有机化学领域的挑战性课题，近年来研究进展十分迅速。

互联网摘选

17、

dynamics of enzyme catalysis

酶催化动力学

互联网摘选

18、

application of enzyme catalysis in the stereo-organic synthesis

酶催化反应在立体有机合成中的应用

互联网摘选

19、

and the processes of enzyme catalysis, immune response and signal transduction must depend on the protein-protein interaction.

而酶的催化、免疫反应、信号转导等过程必须依靠蛋白质-蛋白质之间的相互作用才能完成其功能的行使。

互联网摘选

20、

mimic enzyme catalysis and green chemistry

仿酶催化与绿色化学

互联网摘选