weight-molality

weight-molality的基本解释

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重量克分子浓度, 重量摩尔浓度

与weight-molality相关的网络例句 [注：此内容来源于网络，仅供参考]

While it is usually impractical for the marshallate to measure blade weight directly by weighing the sword before the basket hilt, cross, or pommel weight is attached, the linear density of the blade (its weight divided by its length) can be estimated fairly easily by weighing the finished sword, locating the point on the blade at which it balances, and measuring the distance from the point of balance to the tip, from the point of balance to the hilt, and from the point of balance to the point where the additional weight (the basket hilt, cross, or cross plus pommel weight) is attached to the blade.

而这通常是不切实际的为marshallate来衡量的刀身Weight直接由称重剑前一篮子的Hilt ，交叉，或pommel重量是重视，线性密度的刀片可估计相当容易称重成品剑，定位点的叶片在它的结余，以及测量距离平衡点，以尖端性，从平衡点到极限和从平衡点以点的额外重量（篮子的Hilt ，交叉，或跨加pommel重量）是连接到刀片。

The anteroposterior projectionof the foot, utilized to examine the foot disease in the past was referred as to the freely-stressed method. However, most of the patients on suspicion of Hallux Valgus get pains while standing with weight-bearing. Additionally, the patients' real conditions can not be diagnosed without standing. it is helpful for us to apply both the foot weight-bearing and the foot non weight-bearing so as to probe the individual difference between the HVA and the IMA 1(superscript * intermetatarsal angle and further to provide the informative resources concerning the assessment of performing surgery operation. The study include 40 patients who we having Hallux Valgus of different degree, The findings have revealed the significant difference among 40 patients after the method-weight-bearing AP of the foot projection given.

过去一般常用诊断足部疾病的足部摄影(anteroposterior projection of the foot； AP projection of the foot)是指未施加压於病人足部的拍摄方法，然而多大脚趾外翻的病患常於站负重时感觉疼痛舒服，而未负重摄影却无法呈现出病人站时的真实态，因此我们用足部前后位负重摄影(weight-bearing AP projection of the foot)与足部未负重摄影(non weight-bearing AP projection of the foot)的影像比较其大脚趾外翻角(Hallux valgus angle， HVA)及第一跖骨间的角1(上标 st intermetatarsal angle， IMA的差，进而提供外科手术的估评。

Results: Weight is a more important and accurate factor to predict ETT size in pediatric patients than age. Combining the age and weight can still provide a better result. The formula is as the following: ETT size = 3.207 +(age x 0.074)+ weight x 0.109

结果；我们发现体重比起年龄在预测小儿病患的气管内管大小上是一个更重要且准确的因子，但如果合并体重与年龄一起去做预测可以得到一个更好的结果，最后所得到的公式如下： ETT size = 3.207 +(age x 0.074)+ weight x 0.109

与weight-molality相关的网络解释 [注：此内容来源于网络，仅供参考]

减肥 gain weight 增肥：lose weight

17 a balanced diet 合理饮食 | 18 lose weight 减肥 gain weight 增肥 | 19 instead of... 而不是......

gain weight=put on weight：发福,增加体重,增肥(比较:lose weight 减肥)

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put on weight; gain weight：体重增加 lose weight 减肥

29. take up 占去(空间); 开始从事;拿起; | 30. put on weight = gain weight 体重增加 lose weight 减肥 | 31. as follows 如下