- 更多网络例句与炭相关的网络例句 [注：此内容来源于网络，仅供参考]
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Compared with the graphite, the coefficients of friction of the RL-C/C are lower under the same load of about 0.08-0.12, and the increasing range of the volume losses are still lower than those of the graphite. Compared with the SL pyrocarbon material, the COF and the volume loss of the SL-C/C are about 0.02-0.05 and 0.2 mm^3, lower than those under the same load. The COFs of most RL-C/C and SL-C/C specimens remain stable or decrease slightly with time, while those of the graphite and pyrocarbon specimens increase. The thickness of the integrated friction film of the RL-C/C decreases with load, but the wear surface of the SL-C/C is rough. Tough the wear surface of the graphite is integrated, the serious abrasive wear make the debris move easily and accumulate on the edge of the wear trace to form a restacked morphology. On the wear surface of the pyrocarbon material, some loosed debris, circular worn holes and flake worn out pyrocarbon has been found.
结果表明：PAN炭纤维改善C/C复合材料的摩擦磨损行为；在实验载荷范围内，与高强度石墨材料相比，含RL炭C/C复合材料的摩擦因数降低0.08~0.12；体积磨损量增幅降低；与热解炭试样相比，具有SL炭C/C复合材料的摩擦因数降低0.02~0.05，体积磨损量低0.2立方公厘左右；随着时间的延长，大部分C/C复合材料的摩擦因数基本相对稳定或呈小幅下降，而石墨、热解炭块的摩擦因数均呈不同幅度的上升；具有RL炭的C/C复合材料摩擦表面膜厚度随载荷增加而降低，具有SL炭的C/C复合材料摩擦表面较粗糙；高强石墨能形成较完整致密的摩擦膜，但磨粒磨损严重，磨屑易在摩擦膜边缘形成层状堆积；热解炭块摩擦表面磨屑堆积松散，有较多的孔洞以及热解炭层整体剥落的形貌。
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Compared with the graphite, the coefficients of friction of the RL-C/C are lower under the same load of about 0.080.12, and the increasing range of the volume losses are still lower than those of the graphite. Compared with the SL pyrocarbon material, the COF and the volume loss of the SL-C/C are about 0.020.05 and 0.2 mm3, lower than those under the same load. The COFs of most RL-C/C and SL-C/C specimens remain stable or decrease slightly with time, while those of the graphite and pyrocarbon specimens increase. The thickness of the integrated friction film of the RL-C/C decreases with load, but the wear surface of the SL-C/C is rough. Tough the wear surface of the graphite is integrated, the serious abrasive wear make the debris move easily and accumulate on the edge of the wear trace to form a restacked morphology. On the wear surface of the pyrocarbon material, some loosed debris, circular worn holes and flake worn out pyrocarbon has been found.
结果表明：PAN炭纤维改善C/C复合材料的摩擦磨损行为；在实验载荷范围内，与高强度石墨材料相比，含RL炭C/C复合材料的摩擦因数降低0.08~0.12；体积磨损量增幅降低；与热解炭试样相比，具有SL炭C/C复合材料的摩擦因数降低0.02~0.05，体积磨损量低0.2 mm3左右；随着时间的延长，大部分C/C复合材料的摩擦因数基本相对稳定或呈小幅下降，而石墨、热解炭块的摩擦因数均呈不同幅度的上升；具有RL炭的C/C复合材料摩擦表面膜厚度随载荷增加而降低，具有SL炭的C/C复合材料摩擦表面较粗糙；高强石墨能形成较完整致密的摩擦膜，但磨粒磨损严重，磨屑易在摩擦膜边缘形成层状堆积；热解炭块摩擦表面磨屑堆积松散，有较多的孔洞以及热解炭层整体剥落的形貌。
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The implants made of C/C composite materials are nearly radiolucent, b ut the C/C composite materials containing a small amount of tungsten can be visi ble on radiographs.
炭/炭复合材料作为种植体在X射线下几乎是透明的，通过在炭/炭复合材料中添加金属钨可以解决炭/炭复合材料在X射线下的可视化问题。
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The results show that the dissoluble tungstate can be impregnated into the pores of C/C composite materials....
研究结果表明，用浸渍法可将可溶性钨酸盐浸渍到炭/炭复合材料的孔隙中，将浸入炭/炭复合材料中的钨酸盐还原成金属钨可以在一定程度上改善炭/炭复合材料在X射线下的可视性。
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The results show that:First, concentration of hydrogen peroxide have the most obvious influence to oil yield and carbon black yield,with the increase of concentration of hydrogen peroxide the oil yield first increase then decrease,when concentration of hydrogen peroxide is 8.19% or so,the oil yield reach to the biggest value, and with the increase of concentration of hydrogen peroxide carbon black yield decrese;Then,reaction time have more obvious influence to oil yield and carbon black yield,oil yield increase but carbon black yield decrease with the increase of reaction time;Thirdly,reaction tempreture have some influence to oil yield and carbon black yield,samely,oil yield increase but carbon black yield decrease with the increase of reaction tempreture;Finally,reaction pressure does almost no influence on oil yield and carbon black yield.
研究结果表明：过氧化氢质量浓度对产油率和炭黑产率的影响最为显著，产油率随过氧化氢质量浓度的提高先提高后降低，在过氧化氢质量浓度为8.19%左右时达到最大值，炭黑产率随过氧化氢质量浓度的提高而降低；反应时间对产油率和炭黑产率的影响也比较显著，产油率随反应时间的增加而提高，炭黑产率随反应时间的增加而降低；反应温度对产油率和炭黑产率也有一定的影响，产油率随反应温度的提高而相应地提高，炭黑产率随反应温度的提高而降低；在本文实验范围内，反应压力对产油率和炭黑产率基本上没有影响。
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The results show that the deposited boron from boric acid has catalytic-graphitization effect on carbon fibers through high temperature treatment, which enhances the graphitization property of carbon fibers and meliorates the surface state of carbon fibers.
结果表明：硼酸通过高温热处理过程所分解的硼对炭纤维起到了有效的催化石墨化作用，显著提高炭纤维的石墨化性能，改善炭纤维的表面状态，从而有效地促进CVI过程中炭纤维表面沉积较高织构热解炭。
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The hard charcoal's oven was built by Japanese hard charcoal expert design plans, technicians were trained by Japanese professional hard charcoal community, it has traditional skills, modern technique.
全然备长炭的原料是采自缅甸原始森林的钨钢木树，备长炭炭窑完全按照日本备长炭专家设计的图纸建造，技术人员由日本专业的备长炭会社培训，传统的工艺，现代的技术。
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The material of Quanran hard charcoal is derived from the wolfram steel in the virgin forest of Burma. The hard charcoal's oven was bulit by Japanese hard charcoal expert design plans, technicians were trained by Japanese professional hard charcoal community, it has traditional technics, modern skills.
全然备长炭的原料是采自缅甸原始森林的钨钢木树，备长炭炭窑完全按照日本备长炭专家设计的图纸建造，技术人员由日本专业的备长炭会社培训，传统的工艺，现代的技术。
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Our factory mainly produce air-purify agent,drying agent, aromatic agent, deodorizer, art product, cloth art product, hold pillow, charcoal cloth, charcoal paper, charcoal fibre, bamboo vinegar, bamboo charcoal and its derivative product, machine-made charcoal, silver-covered charcoal, etc.
主营产品：公司主要生产空气净化剂、干燥剂、清香剂、除味剂、工艺品、布艺、抱枕、炭布炭纸、炭纤维、竹醋液、竹炭及其竹炭制品、机制炭、涂银炭等。
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Ningbo Silvan Charcoal Co., point for developing , manufacturing and sale healthy bamboo charcoal prodcuts, which jointly cooperate with Qingyuan Zhuzhile Bamboo Charcoal Co., Ningbo Silvan Environmental Protection Material Institute, Ninghai Silvan Charcoal Manufacture Base, Fujian Zhenhe Manufacture Base, and own whole manufacture chain from bamboo base, charcoal manufacturing to charcoal products manufacture.
&浙江宁波·石门炭业&是一家致力于健康竹炭家居用品及生态资源开发、生产与销售的生态科技型企业组织，由宁波石门炭业有限公司、庆元县竹之乐炭业有限公司、宁波石门生态材料研究中心、宁海石门竹炭生产基地、福建政和竹炭生产基地等多家科研、生产实体组成，拥有从&竹林基地&到&竹炭烧制&到&炭制品加工&的完整生产链，是浙江林学院生态环境材料研究所的科研基地之一，也是当地重点扶持的农产品精深加工基地之一。
- 更多网络解释与炭相关的网络解释 [注：此内容来源于网络，仅供参考]
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carbon aerogel：炭气凝胶
Battery carbon 电池用炭 | Carbon aerogel 炭气凝胶 | Carbon beads炭珠
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graphitized carbon black：石墨化炭黑 导电炭黑
mercury replacement 汞取代 | graphitized carbon black 石墨化炭黑 导电炭黑 | saxicavous [动](软体动物)钻岩的
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carbon process：炭黑印画法
carbon prism 碳棱柱体 | carbon process 炭黑印画法 | carbon production factor 产炭系数;生炭因素
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carbonaceous rock：炭素质岩
805,"carbonaceous composition","炭素质组成" | 806,"carbonaceous rock","炭素质岩" | 807,"carbonate compensation depth","炭酸塩补偿深度","CCD"
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charcoal gray：炭灰色 charcoal gray炭灰色
camel 驼色 camel驼色 | charcoal gray 炭灰色 charcoal gray炭灰色 | chartreuse 黄绿色 chartreuse黄绿色
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charcoal pencil：炭笔; 炭精铅笔
agysical 硅炭银; 矽炭银 | charcoal pencil 炭笔; 炭精铅笔 | peat 泥煤; 泥炭; 泥炭状的
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coal field：炭田
1018,"coal balls","炭球" | 1019,"coal field","炭田" | 1020,"coal seam","炭层"
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Gritty Charcoal：(砂礫炭筆)
Dull Charcoal Pencil 3(鈍頭炭鉛筆3號) | Gritty Charcoal(砂礫炭筆) | Hard Charcoal Pencil 3(硬質炭鉛筆3號)
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Hypoxylon sp：炭团(炭团菌)
(三)炭菌科(炭角菌科) Xylariaceae | 15.炭团(炭团菌) Hypoxylon sp. | 16.炭球(黑轮层炭壳) Daldinia concentrica
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decarburizing：脫炭退火 脱炭焼
decarburization 脱炭处理 脱炭処理 | decarburizing 脱炭退火 脱炭焼なまし | depth of hardening 硬化深层 焼入硬化层深さ