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冶金翻譯（片段精譯）
術(shù)語(yǔ)篇
adherent slag
附著渣adhesion
force
附著力
adhesion heat
粘附熱adhesive
force
附著力
adiabatic calorimeter
絕熱量熱器
adiabatic compression
絕熱壓縮
adiabatic demagnetization
斷熱去磁
adiabatic equilibrium
絕熱平衡
adiabatic exponent
絕熱指數(shù)
adiabatic process
絕熱過(guò)程
adjustable end stop
升降擋板agglomerating
plant
燒結(jié)裝置
agglomeration
燒結(jié)
agglomeration roasting
燒結(jié)焙燒
agglutination
凝集
aggregate
集合體
aggregation
聚集
aggressiveness
侵蝕性
aging crack
時(shí)效裂紋
aging oven
時(shí)效爐
aging resistance
抗時(shí)效性allotropy
同素異形體
allowable error
容許誤差
allowable load
容許負(fù)荷
allowable pressure
容許壓力
allowable stress
容許應(yīng)力
allowable variation
容許偏差
alloy
合金
alloy addition
合金添加
alloy hardening
合金硬化
alloy pig iron
合金生鐵
alloy plating
合金鍍覆
精譯篇
研究了機(jī)械合金化制備的納米晶WxCu
(x=15, 20, 25)復(fù)合粉末的燒結(jié)行為。結(jié)果表明,
納米晶W
Cu復(fù)合粉末燒結(jié)致密化強(qiáng)烈地依賴于燒結(jié)溫度與燒結(jié)時(shí)間。當(dāng)燒結(jié)溫度從
1 150℃提高到
1 200℃時(shí),
燒結(jié)
30min后的燒結(jié)體相對(duì)密度由
91% ~94%增加到
97% ~98%;
譯文：Sintering
behavior of nanograined W-xCu (x=15, 20, 25) composite powder
produced by mechanical alloying was studied. The results show
that sintering densification of nanograined powder is largely
dependent on sintering temperature and time. Relative density
rises from 91%94% to 97%98% when sintering temperature increases
from 1150℃
to 1200℃.
利用34.5GHz回旋管毫米波燒結(jié)和常規(guī)燒結(jié)分別制備了純鈦酸鋇陶瓷材料,分析和比較了2種燒結(jié)方法制備的純鈦酸鋇陶瓷材料的介電性能,討論了毫米波燒結(jié)對(duì)純鈦酸鋇陶瓷材料顯微組織和介電性能的影響。
譯文：Pure
barium titanate ceramics was sintered by using 34.5 GHz
millimeter wave radiation and conventional sintering
respectively. Dielectric properties of pure barium titanate
ceramics prepared by the above methods were analyzed and
compared. The effect of millimeter wave sintering on the
microstructure and the dielectric properties of the ceramics is
discussed.
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