2) Endothermic peak
热焓吸热峰
3) Thermal spikes
热峰
1.
This paper applies the thermal spikes effect and ion etching effect to explain the formation of DLC films by analyzing the effects of energy particles.
本文通过分析荷能离子的作用,应用热峰效应和离子刻蚀效应来解释DLC膜的形
4) Absorption Peak
吸收峰
1.
The results show that nano SiO 2 has strong ability of light reflection in ultraviolet visible region, but for every kind of nano SiO 2, there is a different intensity absorption peak when λ is about 230nm.
本文对几种不同类型的纳米SiO2 进行了紫外 可见光谱测试 ,结果表明纳米SiO2 在紫外 可见光范围内具有较强的光反射性能 ,但在λ =2 30nm附近有一强度不一的吸收峰 ,该吸收峰的强度可能与纳米SiO2 的结构和表面状态有关。
2.
Ithas been found by experiment that the strength of infrared absorption peak of the films atabout 800 cm-1 depends on the degree of imidization.
介绍了高分子聚合物聚酰亚胺的亚胺化原理和实用的方法,实验发现薄膜材料红外吸收峰800cm-1,的强弱与亚胺化程度有关;给出的判别与计量方法能确定材料的亚胺化程度。
3.
Further analysis of PDA spectra revealed only one absorption peak for aliphatic desulpho-glucosinolates and two absorption peaks for indolyl desulpho-glucosinolates due to the structure diversity.
进一步对PDA图谱分析发现,因结构差异,脂肪族脱硫芥子油苷在220~230nm波长范围内只有一个大的吸收峰,而吲哚族脱硫芥子油苷在220~230nm波长范围内有两个吸收峰。
5) Peak inspiratory pressure
吸气峰压
1.
Objective:To study the relationship between minimum occlusive pressure of "high-volume low-pressure" endotracheal tube cuffs and airway peak inspiratory pressure in patients undergoing mechanical ventilation.
目的:探讨机械通气时应用最小闭合容量技术注气的气管导管的气囊压力与气道吸气峰压之间的关系。
6) inspiratory peak airway pressure
吸气峰压
1.
The feasibility of evaluating the position of right-sided double-lumen endobronchial tubes by the changes of inspiratory peak airway pressure and cuff volume;
吸气峰压和套囊容量变化评估右双腔支气管导管管端位置的可行性
2.
The relationship between position of left-sided double-lumen endobronchial tubes and changes of inspiratory peak airway pressure and lung compliance in the left lateral decubitus position;
侧卧位时左双腔支气管导管管端位置与吸气峰压及肺顺应性的关系
补充资料:吸热峰
分子式:
CAS号:
性质:在差热分析曲线中,试样温度低于参比物质温度的峰,即△T为负值。
CAS号:
性质:在差热分析曲线中,试样温度低于参比物质温度的峰,即△T为负值。
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