火山碎屑岩可见熔集块岩、熔角砾岩和熔结凝灰岩。
The volcaniclastic rocks can be seen as fused lumps, fused breccias and fused tuffs.
分析了一种新型真空熔结铁基合金涂层的组织结构。
The microstructure of a new vacuum melting Fe-base alloy coating has been studied.
高/低压力开关，排气过热保护，热熔结温控器，压缩机热保护器。
High/low voltage switch, Exhausting overheat protect, anti-freezing temperature controller.
其表现为：1、熔结环氧粉末（FBE）层偏薄，不能完全覆盖管道金属表面。
The non-conformities are as follows: 1, the thickness of FBElayer is thin, the FBE coating material can not cover the steel surface entirely.
熔结环氧树脂第一层的残余物或液体环氧树脂可能仍残留在邻近聚乙烯材料的边缘。
Remnants of the first layer of fusion bonded epoxy, or liquid epoxy may remain adjacent to the edge of the polyethylene.
四种防护层噪声电阻大小顺序为三层PE>熔结环氧粉末>煤焦油沥青>沥青玻璃布；
The capacitance of FBE coating is the largest, three layer PE , Coal tar, Oil bitumen were similar, but the capacitance of three layer PE is the smallest both in soil and NaCl solution.
小盖州剖面元古宙火山岩具有安山岩岩石成分，由熔结角砾岩、熔岩角砾岩及熔岩组成。
The Proterozoic volcanic rocks in Xiaogaizhou section is composed of rhyakkumulate, la-va breccia and lava with andesitic composition;
熔结玻璃和固定的外部铝合金遮阳系统，有助于减少热量的吸收，使得可欣赏的景色和周围的自然光得以最大化。
Fritted glass and a fixed external aluminum shading system help diminish heat gain and maximize views and ambient natural light.
埋地钢管的外防腐可采用沥青防腐层、煤焦油瓷漆防腐层、聚乙烯胶粘带防腐层、熔结环氧粉末防腐层、二层结构聚乙烯防腐层、三层结构聚烯烃防腐层等技术。
Asphalt, coal tar enamel, fusion-bonded epoxy, polyethylene tape, 2-layer PE and 3-layer PE coatings may be used for corrosion control of underground pipelines.
长石溶蚀产生的次生孔隙对于该区天然气储集空间的贡献很大，经统计分析可知在流纹质熔结凝灰岩和流纹质凝灰岩中的长石溶孔分别占孔隙度的18.61％和13.71％。
For example, in Xujiaweizi area, pores as a result of feldspar corrosion in rhyolitic ignimbrite and rhyolitic tuff make up of 18.61% and 13.71% respectively of the all the porosity.
罐内结壳，熔渣或脱氧浮渣扫除问题的几项解决方案正在实验中。
Several approaches to the problem of ladle skull slag or deoxidation-scum removed was being tried.
具有低强度、低还原率、极易磨、弱结渣、高热稳定性、高熔灰分、中等可选的工艺性能。
The processing property show low intensity, low recovery, extremely grind, weak slag bonding, high heat stability, high melt ash content and middle dressing.
锅炉结垢使锅炉供暖效率降低，严重时可能会造成熔孔或爆管。
The scaled water can reduce the heating efficiency, and seriously it can cause hole-melting or pipe explosion.
锅炉结垢使锅炉供暖效率降低，严重时可能会造成熔孔或爆管。
The scaled water can reduce the heating efficiency, and seriously it can cause hole-melting or pipe explosion.
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