1) supercritical adsorption

超临界吸附
1.
The supercritical adsorption behaviors of hydrogen on microporous zoelite ZSM-5 were investigated at 77,195 K and room temperature (293 K) and at pressures up to 7 MPa,using a volumetric method.
研究了ZSM-5沸石分子筛对氢的超临界吸附特性。
2.
The L-F model of supercritical adsorption at high pressure has been established by static volumetric method.
本文提出的超临界高压吸附等温线模型没有使用假设的超临界吸附极限压力来代替超临界气体本身不具有的饱和蒸汽压 ,方程形式简单 ,参数意义明确 ,使经典的吸附理论亦可以成功地解释静态容积法测试的超临界高压吸附等温
3.
Starting from the classical adsorption theories, the state of research on supercritical adsorption was reviewed in detail.
本文在回顾经典吸附理论的基础上,详细地介绍了超临界吸附的研究现状。
2) critical adsorption

临界吸附量
4) ultra-supercritical

超超临界
1.
Intermittent pressure steam purging for 1 000 MW ultra-supercritical units;

1000MW超超临界机组降压法蒸汽吹管
2.
Technical innovation of energy-saving and emission-reducing during debugging of 1000 MW ultra-supercritical units of Waigaoqiao III-stage engineering project;
外高桥三期工程1000MW超超临界机组调试期的节能减排与技术创新
3.
Discussion on direct ACC system of 1000MW ultra-supercritical unit;

1000MW超超临界机组直接空冷系统技术探讨
5) USC

超超临界
1.
Application of High Strength High Performance Mirror-Surfaced As-Cast Concrete in USC Unit Constructions;
高强高性能镜面清水混凝土在超超临界机组工程中的应用
2.
Technical & Economic Analysis on Parameter Select about 600MW USC Unit;

600MW超超临界机组参数选择的技术经济分析
3.
600MW USC Boiler Specialties of Heyuan Power Plant;

河源电厂600MW超超临界机组锅炉特点
6) ultra supercritical

超超临界
1.
Zouxian 1000MW unit ultra supercritical boiler evaporates surfaces characteristic is introduced, the layout and characteristic of BHK Corporation water wall and the good and bad points of spiral type water wall is analyzed, further the margin of Zouxian 1000MW unit ultra supercritical boiler evaporates surfaces is analyzed.
介绍邹县1000MW机组超超临界锅炉蒸发受热面的特点,对采用BHK公司技术设计的水冷壁布局、特点及螺旋管圈水冷壁的优缺点进行分析,进一步分析邹县1000MW机组超超临界锅炉蒸发受热面的安全裕度。
2.
The article briefs the thermal power systems and main parameters of PWR nuclear power plant AP1000 and 1 000 MW ultra supercritical unit and conduct the contrast in terms of Rankine cycle,last stage blade,bypass system,efficiency and flow rate.
文章介绍了压水堆核电AP1000与1000MW超超临界机组热力系统及主要参数,并从郞肯循环、末级叶片、旁路系统、效率与流量方面进行了比较。
3.
The generator stator hoisting for 1000MW ultra supercritical coal-fired generating units fully reflects the hoisting engineering level and the equipped level of machines and tools of a construction enterprise.
1000MW超超临界燃煤机组发电机定子吊装充分体现一个施工企业吊装水平和机具配备能力。
补充资料:超吸附
分子式:
CAS号:
性质:连续移动床吸附,采用顶替色谱分离的操作方法。气体混合物中各组分的吸附能力有强有弱,连续进行吸附、解吸,使吸附剂再生。移动床吸附中吸附剂从柱顶受重力作用向下移动,原料气从柱的中间送入,和吸附剂逆流移动而进行吸附,这段称吸附段。吸附了重组分的吸附剂向下移动,和解吸段上升的组分进行交换、解吸、顶替吸附提纯,是为精馏段。吸附了重组分的吸附剂继续下降,受热解吸为解吸段。再生后的吸附剂经输送管用空气送入柱顶,待冷却后再送入吸附段。吸附剂运转一周,完成了操作循环。
CAS号:
性质:连续移动床吸附,采用顶替色谱分离的操作方法。气体混合物中各组分的吸附能力有强有弱,连续进行吸附、解吸,使吸附剂再生。移动床吸附中吸附剂从柱顶受重力作用向下移动,原料气从柱的中间送入,和吸附剂逆流移动而进行吸附,这段称吸附段。吸附了重组分的吸附剂向下移动,和解吸段上升的组分进行交换、解吸、顶替吸附提纯,是为精馏段。吸附了重组分的吸附剂继续下降,受热解吸为解吸段。再生后的吸附剂经输送管用空气送入柱顶,待冷却后再送入吸附段。吸附剂运转一周,完成了操作循环。
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