1) Ion Critical Energy
离子临界能
2) chloride threshold concentration
氯离子临界浓度
3) chloride threshold level
临界氯离子浓度
1.
Experimental research on chloride threshold level of steel corrosion in simulated concrete solution;
混凝土模拟孔隙液中钢筋腐蚀临界氯离子浓度试验研究
4) critical total ionic strength
临界离子强度
1.
The critical total ionic strength(CTIS) values were brought forward under different Ca~(2+)contents.
通过批量试验和水平砂柱试验,以NaCl与CaCl2的混合溶液为研究对象,对Ca2+含量影响微粒释放的过程进行了研究,并提出了在不同浓度Ca2+存在情况下,混合溶液引起微粒释放的临界离子强度。
5) critical distance
临界距离
1.
Based on the cost function of constructing centralized and decentralized wastewater reclamation and reuse projects,a critical distance model was developed.
以费用函数为依据、以临界距离作为污水集中或分散处理再生回用的经济性判据,可以较为简单地解决再生回用水厂的厂址选择问题,提高再生水规划的科学性、合理性和经济性。
2.
In this paper, the theorietical critical distance of free space model is discussed, the critical distance formula is deducted, and the physical meaning and applications of the critical distance are analysed.
对限制自由空间模型应用的临界距离进行了理论上的探讨,对临界距离的计算公式进行了推导,并对其物理意义和应用范围进行了分析说明。
3.
According to cost function,the author provides that in the urban planning area,taking critical distance as economical criterion of municipal wastewater\'s centralized or decentralized treatment can define a reasonable municipal waster treatment plant layout and numbers needed more easily from the point of cost,so as to improve the rationality and economy of municipal wastewater planning.
以费用函数为依据,提出了在城市规划区域内,以临界距离作为城市污水集中或分散处理的经济性判据,可以较为简单地从费用角度确定一个城市污水处理厂合理布局及需建座数,以期提高城市污水处理厂规划的合理性和经济性。
6) critical range
临界距离
1.
The final output signal-to-noise ratio of the electronic intelligence receiver is obtained at the critical range,and compared with the signal-to-noise ratio required for the energy detection.
推导了临界距离条件下侦察接收机的输出信噪比,并与能量检测所需信噪比进行了比较,最后得出:当超宽带雷达带宽大于1。
补充资料：临界能
分子式：
CAS号：
性质：又称活化能(activation energy)。质谱学中的临界能是指分子离子ABCD+.分解生成AD+时必须具有的最低内能，记作Eo(M+→AD+)。它定义为M+的零点能与反应M+.→AD+中活化复合物的零点能之差。
CAS号：
性质：又称活化能(activation energy)。质谱学中的临界能是指分子离子ABCD+.分解生成AD+时必须具有的最低内能，记作Eo(M+→AD+)。它定义为M+的零点能与反应M+.→AD+中活化复合物的零点能之差。
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