- 更多网络例句与基体金属相关的网络例句 [注：此内容来源于网络，仅供参考]
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The distributing of SiC in the composite material and the decomposer of SiC and interface between steel and SiC are analyzed too.
分析了SiC颗粒在基体中的分布状况、SiC颗粒在高温钢液和热处理过程中的分解以及其与基体的界面结合状况；同时还对制得的复合材料进行力学性能如显微硬度、硬度、耐磨性作了与基体金属的对比实验并分析了SiC颗粒的加入对于提高复合材料的性能的影响。
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There is a zone of zero charge besides two sides of iron sulfide film with different electric charge.
因此溶液中S2-的存在，促进了铁的阳极溶解，从而加速了基体金属的腐蚀。
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Product principle of this device is the use of high-frequency discharge welding Materials technology will instantly melt infiltrated matrix material, a new technology, because it is instantaneous discharge, do not produce heat, the metal matrix without any impact on organizations.
产品原理本设备是利用高频放电技术将焊补材料瞬间熔渗进基体材料的一种新型工艺，由于是瞬间放电，不产生热量，对基体金属组织无任何影响。
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But the volume fraction of particles in composite fabricated by prefabricate method was finite.
但是预制件法制备的复合材料的颗粒体积分数有限，无旋涡机械搅拌法的制备温度高，故这两种方法均不适合制备体积分数高（大于 20％）、颗粒尺寸小的复合材料而利用半固态机械搅拌法，能够将颗粒尺寸为3.5μm；体积分数为40％的SiC颗粒加入到金属Al中，但是当颗粒体积分数大于30％时，机械搅拌方式不能将颗粒均匀地分散在基体金属中。
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Two kinds of thermal residual stresses exist in metal matrix composites. One of them is temperature gradient induced thermal stresses caused by temperature gradient in MMC. The other can develop upon cooling from the processing temperature to room temperature due to the coefficient of thermal expasion mismatch between the fiber and matrix and is called CTE mismatch induced thermal stresses.
金属基复合材料有两种形式的热应力，一种是在MMC中由于温度梯度引起的热应力，即温度梯度诱导的热应力；另一种是在冷却过程中由于基体金属和纤维的热膨胀系数不匹配引起的热应力，即热膨胀系数不匹配诱导的热应力。
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Results showed that wear-resistance of a metallurgically bonded coating produced by this process, compared with that of the matrix metal, increased approximately by 6 times and 4 times, and the service life is greatly prolonged.
结果表明，采用该工艺制备的涂层与基体呈冶金结合，耐磨性能相较于基体金属分别提高约6倍和4倍，大大延长了零部件的使用寿命。
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The invention discloses an electrochemical method for preparing a hydroxylapatite particle thin coating on the surface of a metal implant, which comprises the following steps: electrolyte is put into a container equipped with a constant temperature heating system and heated to be 30 DEG C to 95 DEG C, and then the temperature is kept; platinum is taken as the anode and evenly distributed around the container, and the metal implant is taken as the cathode, put in the middle of the container and totally soaked in the electrolyte; DC voltage of 2V to 4V is added between the anode and the cathode, the surface of the metal implant has cathode reduction reaction, the pH value is increased and the supersaturation degree of the hydroxylapatite is also increased, so as to crystalize on the surface of titanium; after 0.5h to 5h of deposition, a layer of hydroxylapatite particle thin coating which can be excellently adhered to the matrix metal is formed on the surface of the implant.
本发明公开了一种在金属植入体表面制备羟基磷灰石颗粒薄涂层的电化学方法，在装备了恒温加热系统的容器中装入电解液，并将电解液加热到30～95℃恒温；将铂作为阳极均匀分布在容器四周，金属植入体作为阴极置于容器中间，完全浸没在电解液中，两极之间加直流电压2～4V，金属植入体表面发生阴极还原反应，pH值升高，羟基磷灰石过饱和度增加，从而结晶在钛金属表面；经过0.5～5小时沉积后，在植入体表面即可形成一层与基体金属结合优良的、薄的羟基磷灰石颗粒薄涂层。
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Foamed metal can be used in many fields,especially in structural material and functional material.
多孔泡沫金属材料是近来得到日益发展的一种新型材料，其特点是它的内部由连续或不连续的气体与基体金属构成，因而具有特殊的性能，如能量吸收性、渗透性、阻燃耐热性等，在结构材料、功能材料领域具有极高的开发应用价值。
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The influence of key factors, including properties of parent metal, relative densities of truss core, an alternative core topology, heat treatment of sandwich panels and the influence of joining technique of truss core and panels on mechanical properties, are analyzed.
分析了基体金属的性能、芯体的相对密度、芯体的拓扑结构、夹芯板的热处理以及芯体和面板的连接方式因素对夹芯板力学性能的影响。
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An extremely thin elongated piece of metal that has been rolled into the surface of the parent metal to which it is attached — usually by only one end.
重皮。扎入基体金属表面、通常只有一端与基体金属相连的极薄的金属长条。
- 更多网络解释与基体金属相关的网络解释 [注：此内容来源于网络，仅供参考]
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base metal thermocouple：金属热电偶
"base metal","卑金属 ; 基体金属 ; 基本金属" | "base metal thermocouple","金属热电偶" | "base mixed","混合基"
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base metal cermet：贱金属陶瓷
base material 基体材料 | base metal cermet 贱金属陶瓷 | base metal paste 贱金属膏
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embedment：埋置,预埋件
embedding in metal matrix 嵌入金属基体 | embedment 埋置,预埋件 | embedment ring 灌封圈
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matrix mechanics：矩阵力学=>行列力学
matrix matching method 矩阵比较法,矩阵比较法 | matrix mechanics 矩阵力学=>行列力学 | matrix metal 基体金属
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surfacing：堆焊
[简介]堆焊(Surfacing)是将合金熔敷在金属基体或零部件表面以获得特定的表面层性能或增加表面尺寸的工艺,为工业中广泛应用的1种表面强化和表面改性技术.堆焊既可用于制造新的部件,也可用于修复损坏的部件表面.李鹏云等[1,
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unaffected base metal：未受热影响的基体金属
unalloyed steel非合金钢、普通钢 | unaffected base metal未受热影响的基体金属 | unassorted未分选(分级)的
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unalloyed steel：非合金钢、普通钢
U magnet马蹄形磁铁 | unalloyed steel非合金钢、普通钢 | unaffected base metal未受热影响的基体金属
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metal alkoxide：金属醇盐
mercury selenide 硒化汞 | metal alkoxide 金属醇盐 | metal matrix 金属基体
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amido：胺基
发现在错合物中两个配基是以六芽基(teptraH2-)的配位形式与两个正三价的铬金属离子(Cr3+)键结,而金属离子是以六配位八面体的方式键结,并发现金属离子与胺基(amido)配位的键长较吡啶环之氮原子与金属离子所键结的键长短,
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Maraging Steel：马氏体时效钢
[简介]马氏体时效钢(maraging steel)以无碳(或 微碳)马氏体为基体的,时效时能产生金属间化合物沉淀硬化的超高强度钢. 与传统高强度钢不同,它不用碳 而靠金属间化合物的弥散析出来强化. 这使其具有一 些独特的性能:高强韧性,低硬化指数,