说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 高粘结力
1)  high-adhesion-stress
高粘结力
1.
This paper introduces the technical characteristics,technological property and application of the high-adhesion-stress and high-water-resistance type insulation impregnating varnish.
分析了高粘结力耐水性绝缘浸渍树脂的技术特性、工艺性能,介绍了其应用情况,该树脂具有粘结力高、耐水性好、贮存稳定性好等特点,分析结果表明,该树脂是较为理想的耐水性绝缘浸渍树脂,可广泛应用于潜水、湿热、矿井等有特殊要求的电机绕组、电器线圈的浸渍绝缘处理。
2)  high-temperature bonding
高温粘结
3)  Cohesive force
粘结力
1.
One of the important factors of the cohesive force acting on the precipitated dust layer is that due to the high electric field established in the air gaps between adjacent par - ticles by the corona current as it flows through the dust layer.
而影响作用在粉尘层上粘结力的重要因素之一是当电晕电流通过尘层时,在相邻粉尘粒子间的空气间隙中形成的高电场。
2.
According to the principle of cohesive force not being destroyed between casing and cement, the theoretical model of overlap height is confirmed after analysing the paste surfaces of tail tube cement or cement casing in the action of axial load.
针对侧钻水平井中尾管与老井套管的搭接问题 ,分别对水泥环与内侧尾管、水泥环与外侧套管两个粘接面进行分析 ,根据套管柱与水泥环之间的粘结力在外部轴向载荷作用下不破坏的原则 ,确定了侧钻水平井尾管与老直井套管重叠搭接高度的理论模型 ,算例分析结果与现场经验数据基本吻合。
3.
In order to understand the influence of rusted reinforcement on structures, the paper tries to find the rust expansion law of reinforcement and the law of influence of rusting on cohesive force between reinforcement and concrete through testing.
为了解钢筋锈蚀对结构的影响,通过试验的方法来寻求钢筋的锈胀规律以及锈蚀对钢筋与混凝土之间粘结力的影响规律。
4)  bonding strength
粘结力
1.
Vacuum evaporation coating is applied to the surface of diamond monocrystal to form a metallic chrome layer on it and,at high temperature,part of chrome is bonded together with diamond to form Cr_7C_3,thus improving efficiently the bonding strength of metal bonder to diamond surface.
应用真空蒸镀处理技术,在金刚石单晶表面蒸镀金属铬层,并在真空高温条件下,部分铬与金刚石键合生成C r7C 3,有效地提高金刚石表面对金属粘结剂的粘结力。
2.
The simulating experiments on bonding strength between steel pipe and concrete core and bending stress transfer of CFST pile are carried out, and the experimental results are discussed and analyzed in detail.
依托深圳蛇口集装箱码头二期工程,进行了钢管桩与混凝土芯粘结力及抗弯应力传递模拟试验,对试验结果进行理论分析,讨论了不同搭接长度和不同UEA掺量对钢管桩与混凝土芯单位粘结力的影响;推导出纯弯矩作用下,混凝土芯与钢管粘结段粘结长度的计算公式。
5)  bond stress
粘结应力
1.
Curve fitting method of bond stress distribution in steel bar pullout test;
钢筋拉拔试验中粘结应力分布的曲线拟合
2.
Study on calculating model of bond stress between reinforcing bar and concrete;
钢筋与混凝土粘结应力计算模式的研究
3.
Stress variation model of bond stress-slip relationship between steel bar and concrete;
钢筋与混凝土间粘结应力-滑移关系的应力变分模型
6)  Adhesive force
粘结力
1.
How to improve interlayer adhesive force of bituminous concrete pavement;
论如何提高沥青混凝土路面层间粘结力
2.
Study and test of adhesive force of high pressure lime-sand brick;
蒸压灰砂砖粘结力试验研究
补充资料:《養力植物高湯》
菜谱名称 養力植物高湯 所属菜系 其它菜系 基本特点 基本材料 高麗菜莖及根,及其老葉(要確定為無農藥栽培者),有機蔬菜之莖及根、野菜(少量),地瓜葉之藤等,可加香蕉、椰漿添味 做法步驟:
1.將上述菜莖等清洗乾淨、置於大鍋中加水淹過,先以大大煮沸,繼以小火燉至軟爛(至少一小時)。
2.取其湯汁去煮五穀飯,或以湯連料以果汁機打碎飲之。

備註:大家都知道蔬菜是良好的維生素來源,卻易忽略了蔬菜也是極佳的微量礦物元素的來源,愈來愈多的營養學研究指向缺乏鋅、硒、鍺、鑭系金屬等微量元素與免疫力下降、不孕症及許多慢性病皆有關連,當然蔬菜也是鈣、鉀、鎂等人體需要量較多的礦物元素的極佳來源。尤其以植物之根莖礦物質含量豐富,故凡菜之莖葉皆可冷凍存之,每隔數週熬煮食用一次,則不必吃大補丸了。


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