reaction sensitivity

Basis on the general principle of the parameter estimation of reaction kinetics, sensitivity analysis and group contribution method were applied to study the problem of parameter estimation of a linear reaction kinetics system.

在反应动力学系统参数估计一般性原理的基础上，采用敏感度分析和基团贡献法系统地讨论了线性反应动力学系统的参数估计问题。

The result proved that RST antigen showed good specificity and sensitivity, and the RST reaction pattern was superior to TRUST and RPR antigens.

结果表明RST抗原特异性和敏感性良好，反应模式优于TRUST和RPR抗原。

The Ce3+ canons improve the surface film of LC9 alloy, suppress the oxygen reduction reaction and diminish the sensitivity of corrosion.

离子改善了LC9合金的表面膜，抑制了氧还原反应，减弱了对腐蚀的敏感性。

Based on the theory of parametric sensitivity of the first order reaction systems, the formula of the temperature of the critical hot spot with e as a perturbation parameter, and the runaway criterion for the n-th order reaction systems are derived respectively.

本文以一级反应系统参数敏感性理论为依据，给出n级反应系统以ε为扰动参数的临界热点温度表达式，内插得到该系统的飞温判据。

High sensitivity and high selectivity indicator reaction of NITRITE-THE system of Janus Green-Potassium bromate

亚硝酸根的高选择性和高灵敏度指示反应&健那绿-溴酸钾体系

The detection of Haemophilus parasuis is mainly depend on IHA, Agar Diffusion Test and IHC which have disadvantages such as cross reaction and low sensitivity.

副猪嗜血杆菌并得诊断主要依赖细菌分离、免疫组织化学等实验室诊断方法，而间接血凝试验、琼脂扩散试验又由于操作复杂，交叉反应严重无法基层推广使用。

The method of iodine catalytic colorimetric determination who takes Fe ( SCN) 3 NaNO 2 as a background reaction has high sensitivity ( detection limit up to 10-8), wide linear ranges, and high precision and accuracy.

以Fe（SCN）3-NaNO2为本底反应的碘催化比色测定方法灵敏度高，检出限达10-8，线性范围宽，精密度、准确度高，分析简便、快速。

Because of its submicron dimensions, nanostructure has special chemical and physical properties improving the detection sensitivity of biosensor, reducing the time of biochemistry reaction, and increasing the detection throughout.

而纳米结构由于其独特的化学和物理性能，显著提高了生物传感器检测的灵敏度，缩短了生化反应的时间和提高检测的通量。

The significant features of this method are its high sensitivity and rapidity of reaction, wide range of linearity, high accuracy and selectivity.

该方法线性范围较宽、灵敏度高、反应速度快、稳定时间长，是用染料定量分析DNA的一种无毒、高效、简便的新方法。

The influence of reaction conditions to temperature sensitivity still need to be further explored.

还需进一步探讨反应条件对温敏性的影响。

Sensor sensitivity is increased by amplifying the mass change associated with enzyme reaction by biocatalytic precipitation.

利用酶的催化沉淀反应对传感器的响应进行质量放大以提高其灵敏度。

A systematic identification including staining, morphology, cultural characters, biochemical properties, serological reaction, pathogenicity, sensitivity to antimicrobial agents and plasma coagulase test was done for all isolates.

对全部分离菌进行了系统鉴定，包括形态、染色、培养特性、生化特性、血清学反应、致病力、对抗菌剂的敏感性和血浆凝固酶试验等。

Results The LAMP reaction had a sensitivity equivalent to that of PCR. There was no crossing-reaction with other Mycobacterium.

结果采用LAMP方法检测结核分枝杆菌，敏感度与PCR相当；与其他分枝杆菌无交叉反应，具有良好的特异性。

Conclusion The in vitro granuloma reaction possesses in sensitivity and stability and the model may become the useful tool for elucidating mechanisms of granulomatous inflammation.

结论体外肉芽肿反应具有较好的敏感性和稳定性，可作为研究肉芽肿性炎症反应发生机制的有效手段。

Thermal sensitivity is a measurement on how easily fast chemical reaction will happen. The essence of studying thermal sensitivity of energetic materials is to find the relationship of time to maximum rate ( TMR) and the decomposition temperature.

热感度是物质在热作用下发生快速化学反应难易程度的度量，求取含能材料的热感度的本质是求取诱导期TMR与温度的关系。

The ten isolates from different sources showed the same serological subtype, biochemical reaction, drug sensitivity and phage lysis experiments of Salmonella paratyphi.

10株不同来源甲型副伤寒沙门菌的血清学分型、生化反应、药物敏感性、噬菌体裂解试验均相同。