1) tensile strength of the wound
伤口抗张强度
1.
Then we observe the condition of epithelium tissue and granulation tissue after five days of operation,review tensile strength of the wound after seven days and fourteen days and calculate the intention rate and average intention days after five,nine and thirteen days.
方法:以熏洗一号方、洁尔阴、PP粉、生理盐水分别熏洗小鼠实验性肛旁手术伤口,通过观察各组小鼠术后第5天伤口上皮爬行及肉芽组织出现情况、术后7、14天伤口抗张强度、术后5、9、13天伤口愈合率和平均愈合天数来判断药物对伤口愈合作用的影响。
2) tensile strength
抗张强度
1.
The results showed that rock tensile strength of sample with a diameter of 25 mm and a length of 25mm treated by drilling fluid was higher than that of untreated rock samples with a diameter of 50mm and a length of 50mm.
在考虑试验岩样尺度效应的基础上,进行的模拟地层条件下钻井液对岩石力学性质影响的试验研究结果表明:经钻井液处理后的25mm×25mm岩样的抗张强度高于未经钻井液处理的50mm×50mm岩样,且处理后的岩样抗张强度均高于未处理的岩样。
2.
The improvements of packaging paper strengths,including stiffness,ring crush compression resistance,folding endurance and tensile strength,by novel strengthening agents was investigated.
该文探讨了用新型增强剂提高纸页的包装强度:挺度、环压强度、耐折度、抗张强度;比较了几种增强剂对提高纸页包装强度的效果,确定了最合适的增强剂及用量,并研究了最合适的增强剂对不同纸浆、不同定量纸页包装强度的影响,确定采用4号增强剂且用量为0。
3.
The results showed that the brightness of the hand-sheets decreased with increasing dosage of SDS;and the tensile strength of hand-sheets increased first with increasing charge of SDS,then decreased;however,the tearing strength of the hand-sheets decreased first with the increasing dosage of SDS and then increased;the air permeability of the hand-sheets reached maximum at a certain dosa.
研究表明,纸页的白度随非离子瓜尔胶浓度的增加而降低;抗张强度先随非离子瓜尔胶添加量的增大而增大其后随之下降;撕裂度先随非离子瓜尔胶用量的升高而下降其后随之提高;透气度先随非离子瓜尔胶用量的升高而增加达到一个峰值后又降低。
3) tensile strength after immersion in water
湿抗张强度
4) scratch strength
抗擦伤强度
5) wet zero tensile
湿零距抗张强度
6) tensile strength of tablets
片剂抗张强度
1.
The effects of formulation and technological factors of high speed wet granulation technology on tensile strength of tablets,and the relationship of powder characteristics of granules and tensile strength of tablets were investigated.
考察了高速搅拌湿法制粒工艺中制粒及压片两步的处方、工艺因素与颗粒成片后片剂抗张强度的关系以及颗粒性质与片剂抗张强度的关系。
补充资料：伤口
1.受伤破裂的地方。多指人或其他动物的皮肤﹑肌肉﹑黏膜等而言。
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