无机锚固材料,inorganic anchoring material
1)inorganic anchoring material无机锚固材料
1.A new type ofinorganic anchoring material is developed as a substitution for anchoring adhesive to overcome some imperfections in the process of planting reinforcing steel bar.研制一种新型的无机锚固材料,作为植筋胶的替代品。
英文短句/例句
1.Research on Preparation and Performance of a New Type Inorganic Anchoring Material;新型无机锚固材料的制备及性能研究
2.Experimental Investigation of the Bonded Rebar Anchorage Properties of Cement Based Inorganic Anchoring Material;水泥基无机粘结材料植筋粘结锚固性能研究
3.Experimental Study of Post-Anchored Inorganic Bonded Rebar Performance无机后锚固材料植筋性能试验研究与分析
4.Study of Properties of Post-Anchored Inorganic Reinforcement Material and Its Developing无机后锚固植筋材料的开发及性能研究
5.Research on Bond Mechanism of GFRP Bolt;玻璃纤维增强塑料锚杆锚固机理研究
6.Study on Mechanics of Instability and Reinforcement with Damage Localization of Rock-like Materials;岩石类材料损伤局部化失稳及锚固的力学机制研究
7.Experimental Study on High Early Strength Cementing Material for Prestressed Anchorage高早强预应力锚固灌浆材料试验研究
8.Anchorage Systems of High Strength Fiber Reinforced Polymer and the Applications in Strengthened Structure;高强度复合材料FRP片材波形齿夹具锚锚固系统及应用研究
9.Study on Curing Mechanism of New Inorganic Ablative-Resistant Composites一种新型无机耐烧蚀复合材料固化机理的研究
10.New catalysts supported on new inorganic-organic hybrid materials for catalytic epoxidation of olefins;新型有机-无机杂化材料固载烯烃环氧化催化剂
11.Preparation of bulk PMMA/SiO_2 hybrid materials by ultraviolet curing紫外光固化块体PMMA/SiO_2有机/无机杂化材料
12.Synthesis of Nanocrystalline Inorganic Materials by Room Temperature Solid State Reaction and Data Mining Study;室温固相合成无机纳米晶材料及其数据挖掘
13.The Synthesis, Crystal Structures and Properties Study of Novel V, Ge Inorganic Solid Materials新型V、Ge无机固体材料的合成、结构及性质研究
14.Development of Structural Adhesive with Nanomaterial and Technology of Post-installed Chemically Bonded Rebar含纳米材料结构胶的研制与植筋锚固技术
15.Investigation for the Separation/Enrichment and Mechanism of Inorganic Environmental Hormones by Solid Phase Extraction on Titanium Whisker钛基晶须材料固相萃取分离/富集无机环境激素及机理研究
16.Progress of Sol-Gel Process on Preparing UV Curable Organic-Inorganic Hybrid Materials溶胶-凝胶法制备紫外光固化有机无机杂化材料的研究进展
17.The Nondestructive Detection in Anchorage Quality of Rock Bolts and Mechanism Research on the Prediction of Laneway Surrounding Rock Stability锚杆锚固质量无损检测与巷道围岩稳定性预测机理研究
18.Separated Spike Anchoring Inorganic Chemistry Development and Properties;无机化学锚固分体式道钉研制及性能研究
相关短句/例句
inorganic post-anchoring material无机后锚固材料
3)new type inorganic anchoring material新型无机锚固材料
4)anchor material锚固材料
1.The exploitation and application of underwateranchor material for inserted-rod;水下插筋锚固材料的开发和应用
5)solid inorganic material无机固体材料
6)Inorganic Anchorage Substance无机锚固剂
延伸阅读
材料保护 :无机覆层 材料保护技术中用无机材料在金属表面上形成的覆层。常用的材料有辉绿石﹑黏土水泥﹑难熔的金属氧化物﹑碳化物﹑金属陶瓷和珐琅等。辉绿石覆层可用作衬裡﹐具有耐酸和耐磨的性能。水泥覆层成本低﹐它的膨胀係数(1.0×10-4/℃)与钢的膨胀係数接近(1.2×10-4/℃)﹐可通过离心浇注施於钢管内壁或喷覆在外表面上﹐厚度一般为0.5～2.5厘米﹐可抗土壤﹑海水和矿井水的腐蚀。远距离输送天然气的管道一般都採用水泥衬裡。这种覆层的缺点是韧性较差﹐但埋在土中的管道受到撞击和震动小﹐可使用数十年。利用金属陶瓷材料(金属和金属碳化物烧结的)和难熔氧化物可以解决在高温下抗蚀﹑抗磨问题﹐例如石油机械和化工设备要求比普通硬质合金更能抗氧化和腐蚀﹐并能耐高温(766℃)﹑耐磨的覆层。这种覆层可用两三倍於音速的 73WC+20Cr+7Ni粉末喷覆。有的Al2O-TiO2系的覆层与合成纤维有相容性﹐可用於纺织机拉辊﹔有的不与熔融金属发生作用﹐可用於压铸机械。Cr2O3覆层的硬度高﹐耐磨性好﹐在多数化学介质中稳定﹐是化工机械中的良好耐磨﹑耐蚀材料。搪瓷是用膨胀係数适宜的玻璃态材料熔在金属表面上形成的﹐其主要成分是硷金属的硼硅酸盐﹐具有抗氢氟酸以外很多强酸和一般硷液的性能。用这类保护层製出的反应釜﹑搅拌器﹑管道﹑阀门等﹐广泛用於化学﹑医药﹑食品的生產设备。
