1)cure depth固化深度
1.Effect of Radii barrier sleeves on cure depth of composite resin光導棒保護封套對復合樹脂固化深度的影響
英文短句/例句
1.Research on Over-cured Depth in Stereolithography Process光固化快速成形工藝中過固化深度的研究
2.Effects of Silicon Carbide on the Cure Depth,Hardness and Compressive Strength of Composite Resin碳化硅對復合樹脂固化深度、硬度和壓縮強度的影響
3.Effect of Radii barrier sleeves on cure depth of composite resin光導棒保護封套對復合樹脂固化深度的影響
4.Study on Low-Density Deep Well Drilling Waste Solidification Technology低密度深井鉆井廢棄泥漿固化技術研究
5.Deep and Ultra-deep Well Cementing Technology with Low Density Slurries in Tahe Oilfield塔河油田深井超深井低密度固井技術
6.The Effect of Cadmium on Phosphate Removal for Wastewater Tertiary Treatment by Immobilized Chlorella and its Change of Physiological Characteristics;Cd~(2+)對固定化小球藻深度除磷及其生理指標的影響
7.Research on Ozone-Immobilized Biological Activated Carbon Used in Advanced Drinking Water Treatment臭氧固定化生物活性炭飲用水深度處理效能研究
8.CFD simulation of jet penetration depth in gas-solid fluidized bed:comparisons with experiments氣固流化床內射流穿透深度的CFD模擬及其實驗驗證
9.Depth 105, a Column Walking on the Verge of Depth and Entertainment;《深度105》,行走在深度化和娛樂化的邊緣
10.Study on the Improvement Depth of Dynamic Consolidation by Methods of Mathematical Physics數理方法對地基強夯加固深度的研究
11.A review of the influential factors of the curing degree of light curing composite resin光固化復合樹脂固化程度的影響因素
12.depth deviation indicator深度變化指示器水深變化指示器
13.Chinese financial deepening level judgment and deepening measures;中國的金融深化程度判斷與深化對策
14.to fix or set securely or deeply.把……穩固地或深深地固定。
15.The present paper described application development of immobilized cell technique to wastewater tertiary treatment.本文主要介紹了近年來固定化細胞技術在污水深度處理中的應用研究現狀和發展前景。
16.However, Mahjong culture is still deeply ingrained in the Chinese community.然而,麻將文化在中國依然根深蒂固.
17.Deeply having the sense of the market and lighly reforming education and teaching;牢固樹立市場意識 深化教育教學改革
18.Study of All-solid-state Deep-ultraviolet Laser Technology at 213 nm全固化213nm深紫外激光技術研究
相關短句/例句
over-cured depth過固化深度
1.In order to increase the building accuracy of microstructure in stereolithography process in Z direction,the model of over-cured depth in stereolithography process is set up according to the characteristic of stereolithography process.為提高快速成形系統堆積方向微細結構的制作精度,根據光固化激光快速成形工藝的成形特點,建立了光固化激光快速成形工藝過固化深度的理論模型,據此模型提出了通過減小激光功率與掃描速度之比、增大分層厚度以及增大激光束在液態與固態樹脂中的投射深度比來減小過固化深度,并對以上結論進行了實驗驗證。
3)embedded depth嵌固深度
1.With the flexibility fulcrum method to estimate displacement,the embedded depth of support member is analyzed according to equivalent beam method or the method of controlling the bottom displacement.在采用彈性支點法預估位移的條件下,對按等值梁法和控制樁底位移兩種方法分別確定的圍護構件嵌固深度進行對比分析。
2.It is assumed that the stability of an embedded large cylinder breakwater mainly depends on its embedded depth in soil.根據大圓筒防波堤直徑很大的特點 ,在無錨板樁計算方法的基礎上 ,進一步考慮土體作用于筒底的水平切力、筒底土反力、以及筒內外土體對筒壁的豎向摩擦力對穩定性的作用 ,建立了沉入式大圓筒防波堤滿足穩定性要求的嵌固深度計算方法。
3.The nature of Xigeda rock is similar to very soft rock, but we have not worked out a clear and complete method to calculate anti-slide pile located in very soft rock in the present norms, and can not find the specialized research literature in this field of determination of embedded depth of anti-slide .昔格達巖層的性質類似極軟巖,現行各規范對極軟巖中的抗滑樁未有明確完整的計算方法,對昔格達滑坡中抗滑樁嵌固深度的確定也未發現有此方面的專門研究文獻。
4)consolidation depth加固深度
1.A study of dynamic consolidation depth in engineering practice;強夯法施工實踐中加固深度問題淺析
2.At last,the main influencing factors of consolidation depth and some problems need special attentions were analyzed.分析了強夯法處理地基的作用機理、強夯處理土體強度增長過程等,分析了影響加固深度的主要因素及強夯施工中應注意的幾個問題,從而對強夯法加固地基的作用機理和應用過程有了系統的認識,推廣了強夯法在工程中的實施。
5)anchorage depth錨固深度
1.Lower-bound method for limit analysis of anchorage depth of sliding resistant piles;抗滑樁錨固深度的極限分析下限方法
2.Determination of the anchorage depth of rigid anti-slide piles based on strength reduction method;基于強度折減的剛性抗滑樁錨固深度確定
6)anchoring depth錨固深度
1.Reliability design of anchoring depth for friction piles;抗滑樁錨固深度的可靠性設計
2.The reliability analysis about the anchoring depth of a friction pile;抗滑樁錨固深度的可靠性分析
3.On effect of variability of parameters on anchoring depth reliability of anti-sliding pile;參數變異性對抗滑樁錨固深度可靠度的影響分析
延伸閱讀
固化分子式:CAS號:性質:(一)涂填或擠灌鉛膏后的鉛酸蓄電池極板,在一定溫度和濕度的固化室中失水,原來的可塑性鉛膏定型凝結成微孔均勻的多孔固體的過程,是鉛酸蓄電池極板最后成型的重要工序。固化后的極板稱“生極板”。固化是復雜的物理、化學變化過程,主要包括:游離金屬鉛的氧化;失水并形成孔隙;鉛膏物相的再結晶等。(二)是指在涂料中加入固化劑,與成膜物質發生交聯反應而干燥成膜的過程。這一過程是依靠合成樹脂和固化劑分子結構上的活性基團來實現的。
