1) charging slot
充填油槽
2) slot space factor
槽填充系数
3) extender oil
填充油
1.
Effects of extender oil on the structure and properties of styrene-[ethylene-(ethylene-propylene)]-styrene block copolymer;
填充油对聚苯乙烯-b-聚〔乙烯-(乙烯-丙烯)〕-b-聚苯乙烯结构与性能的影响
2.
Effects of extender oils on properties of SBS;
填充油对SBS性能的影响
3.
The content of aromatichydrocarbon in extender oil was the key factor which influenced the light stability of oil-extended SBS greatly.
充油SBS在生产过程中的变色主要是由于偶合后残存的SB活性链与防老剂 10 76的酯基反应引起的 ;影响充油SBS光稳定性的关键因素是填充油中的芳烃含量 ;向充油SBS中填加光稳定剂 ,是提高充油胶光稳定性的重要措施 ,UV -P能显著提高充油SBS的光稳定
4) filling gel
填充油膏
1.
It possesses the excellent oxidative stability and colloidal stability of filling gel to optical fiber loose tube prepared with complex thickener and blended base Stock,it solves the problem of hydrogen-escape,and its properties reach the level of imported sample.
用复合稠化剂和调合基础油制备的光纤松套管填充油膏具有良好的氧化安定性和胶体安定性,解决了填充油膏的析氢问题,其性能达到了进口样品的水平。
2.
The filling gel to optical fiber is one of the important components of communication cable.
光纤填充油膏是通信光缆的重要组成元件之一。
3.
It is briefly reviewed the effect of thickener on properties of filling gel to optical fiber,the thixotropy of silicon thickener is good,the colloid stability of polymer thickener is excellent,and the silicon/polymer complex thickener has both merits.
简述了稠化剂对光纤填充油膏性能的影响,硅型稠化剂的触变性能好,高聚物型稠化剂的胶体安定性良好,而硅和高聚物复合型稠化剂则兼有两者的优点。
5) filling oil
填充油
1.
The qualified SBR 1712 oil extended rubber was developed on bench scale test at laboratory by using 80 #,120 #and 150 # aromatic type rubber filling oil of Huanxiling brand developed by PetroChina Liaohe Petrochemical Subsidiary as the filling oil of SBR.
文章以中国石油辽河石化分公司开发的欢喜岭牌 80 # 、12 0 # 、15 0 # 芳烃型橡胶填充油作为丁苯橡胶的填充油 ,在实验室小试装置上试制出了合格的SBR 1712充油胶 ,并以欢喜岭牌 12 0 # 芳烃型橡胶填充油为填充油 ,在齐鲁石化股份有限公司橡胶厂丁苯橡胶生产装置上生产出了合格的SBR 1712充油胶 ,产品质量达到优级品的标准 ,具有较高的定伸应力和拉伸强度及较好的相对伸长
6) silicon oil
硅油充填
1.
The clinic significance of A-ultrasonic eye axis measurement of silicon oil eye;
硅油充填眼A超眼轴测定的临床意义
补充资料：挤压筒填充系数
挤压筒填充系数
filling coefficient of container
J iyatong tianehong xishu挤压筒填充系数(fil一ing coeffieient of con-tainer)挤压筒内孔的断面积同锐坯的断面积之比，即 K二二 一凡式中K为挤压筒填充系数;F:为挤压筒内孔断面积;尸:为锭坯的断面积。金属挤压时，为了便于把锭坯顺利地装入挤压筒内，锭坯的直径应比挤压筒的内径小。在挤压开始阶段，金属首先充满挤压筒，填充系数一般为L06一L15，某些特殊合金可取更大些。填充系数的大小根据挤压方式、挤压筒的大小及挤压制品助组织性能确定。 (温景林)
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