1) volumetric interpolated breath-hold examination
容积内插屏气检查
2) cubage
容积
1.
The article stresses the introduction of thermal balancing analysis of oil tank in hydraulic system,and parameter calculation of cubage and area of dissipation.
重点介绍液压系统中油箱的热平衡分析及其容积和散热面积参数的计算。
2.
The method of the software,hardware design and data processing of the chemical fuel tank cubage calibration system are introduced,all the error elements of this system are analyzed.
介绍了一化工燃料贮罐容积标校系统软、硬件设计原理和数据处理方法,对标校系统的各种误差成分进行了分析,并运用实际任务中的数据对贮罐标校系统的成果进行了精度验证,结果表明该系统可以提供比较精确的加注量参数。
3) volume
容积
1.
Clinical Significance in Volume Measurement of Cholecysts in Chronic Cholecystitis Using 3-D Automatic Techniques;
慢性胆囊炎三维容积测定的临床意义
2.
Experimental research and clinical application on the lower lumbar vertebral canal volume with spiral CT and 3D measure;
下腰椎椎管容积螺旋CT与铸型测量及其临床意义
3.
The Volume Measurement of Ovarian Cystic Masses by Three-Dimensional Ultrasound;
三维超声成像测定卵巢囊性肿瘤容积
4) Capacity
容积
1.
Expansion Tank of Heat Conduction Oil Capacity and Caculation and Application of Installation Beight in Malic Anhydride;
顺酐装置中导热油膨胀罐容积及安装高度的计算与应用
2.
Direct against the defects of high cost,complicated computation and fixed accuracy of calculation on cabin capacity based on CAD software,a kind of cabin capacity computing method based on nodal point,which stands alone to the CAD system,was realized.
针对基于CAD软件的船舱容量计算成本较高、计算复杂、并且精度固定的缺点,实现了一种独立于CAD系统,基于型值点的舱容算法,用较低的成本,就可以方便快速地计算出船舱中液体的容积。
5) volumetric loading
容积负荷
1.
8%,and the COD removal had a negative relativity with volumetric loading rate;the average COD of the effluent was 2596 mg/L,but had a poor biodegradability,with an average BOD5/COD ratio of 0.
在进水原生渗滤液COD浓度在17 157~33 599 mg/L时,通过控制进水量,调节停留时间,控制反应器容积负荷在6。
2.
The effects of toxic and harmful matters, alkalinity and volumetric loading on the anaerobic biological treatment were studied and discussed through an experimental comparison between diluted influent water and undiluted influent water.
通过进水稀释与不稀释的实验对比,分析探讨了有毒有害物质、碱度、容积负荷等对厌氧生物处理的影响。
3.
The main objective of the experiments is to study the influence of gas to liquid ratio,hydraulic and influent organic loading,carbon and nitrogen mass ratio and the bed material height on the volumetric loading of BAF operated under lower aeration conditions.
针对南方特有的低浓度生活污水,研究了在低曝气条件下,气水比、水力负荷、进水有机负荷、碳氮比、填料层高度等因素对曝气生物滤池容积负荷的影响。
6) volume ratio
容积比
1.
Adequate selection of high-low pressure volume ratio of double-stage refrigeration compression system;
合理选择双级制冷压缩的高低压容积比
2.
Therefore,the influence of the volume ratios of anoxic zone to aerobic zone on denitrifying phosphorus removal in the A2/O process for treating brewery wastewater was studied.
为此以啤酒废水为处理对象,研究了缺氧区与好氧区容积比对A2/O工艺反硝化除磷的影响。
3.
Applying the vector representation of formula for definite proportional division point in vector algebra,this paper obtains a new useful method of compunction for segment ratio in volume ratio.
利用向量代数中定比分点公式的向量形式，给出了一种非常简明有用的求容积比中线段比的新方法。
参考词条
补充资料：三希堂《快雪时晴帖》白玉插屏
白玉屏是乾隆于1749年命宫庭造办处工匠制成，屏的一面是由雕刻家朱彩刻上王羲之（快雪时晴帖）书法，另一面由姚作仁刻上王羲之及其书僮玩鹅的情形，王羲之素以爱鹅闻名，屏上的玩鹅图的雕刻灵感或源自晚明画家描绘王羲之玩鹅人物山水图。
乾隆一生曾多次御览这件法书，并且一再题诗记语，前后达七十则，可见其钟爱的程度，乾隆更将此帖与王洵的《伯远帖》、王献之的《中秋帖》并列为三件稀世珍宝，于养心殿西暖阁内，特僻“三希堂”存放。
乾隆更经常临摹此帖，乾隆十四年（1749）己已冬，他命宫内巧匠，将他所临摹的字，刻划在一件玉器上，并在《快雪时晴帖》内赵孟頫的题跋下方注写：“己已腊日雪后，乘兴缩临此帖一过，命朱采刻于姚宗仁所制玩鹅玉器，亦一佳话也——三希堂并识”等语。而“玩鹅玉器”，所指的就是此件“《快雪时晴帖》三希堂白玉插屏”。
“三希堂《快雪时晴帖》白玉插屏”的屏面为朱采刻上乾隆本身临摹《快雪时晴帖》的得意之作，并铃刻“三希堂”、“乾隆御玩”、“内府图书”等印。插屏另一面则由姚宗仁所精制，以深刻手法刻“羲之爱鹅”的画面，深浅错落的乾隆朝工法，将人物、袍服、衣摺、松石枝干等制作的层次分明，极具神采，透光再视，乃意境深远的拨墨画作。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。