fiber reactive 中文意思是什麼
fiber reactive
解釋
纖維活性的-
Application of rare - earth compounds in fine - denier polyamide fiber dyeing with reactive dyes
稀土在細旦錦綸活性染料染色中的應用 -
Fiber reactive dyes are from true chemical bounds between dyestuff and fiber.
纖維活性染料來源於染料與纖維之間形成的真正化學鍵。 -
But the chemical properties have no remarkable influence on it ( 3 ) as the water - to - binder reduces wich is one of key factors in the perpormance of reactive powder concrete with steel slag, the fluidity decreases but the strength increases ; incorporation of 4 percent steel fiber in volume can decrease fluility and increase strength ; heat - curing benefits the increase of strength which can still develop in 28 day water curing after heat - curing
（ 3 ）水膠比是影響其性能最為關鍵因素之一，隨著水膠比的降低，流動性下降和強度的提高都很明顯；摻入4的鋼纖維對流動性的影響比較明顯，同時也不同程度地提高了強度；熱養護有利於強度的提高，經熱水養護後放置水中至28天齡期，其強度有較大提升，並沒有出現強度倒縮現象。 -
The development and application of the reactive and dispersal dyes and org. pigments in direct and resist - discharge printing of cotton, polyester fiber and cotton / polyester fiber blend fabrics
摘要述評了活性、分散染料及有機顏料在棉、滌及滌棉混紡織物上直接印花、防拔染印花的發展和應用。 -
Under neutral or weak alkali conditions, one - bath - one - step dyeing process of polyester / bamboo fiber blended fabric with reactive / disperse dyestuffs is carried out
摘要活性分散染料在中性或弱堿性條件下，採用一浴一步法對滌綸竹纖維混紡織物進行染色。 -
Resist printing processes of cotton fabric with reactive dyestuffs are detailed, including the reactive dyestuff reserve printing reactive dyestuff based on difference of reactivity between reactive dye and cellulose fiber, as well as between reactive dye and reserving agent ; pigment reserve printing reactive dyes based on acid releaser neutralizing alkali in printing paste to prevent reactive dyestuff exhaustion ; light printing paste process based on dark paste over printing light reserve printing paste
摘要介紹三種棉織物活性染料防印印花工藝，即利用活性染料對纖維素纖維的反應性差異，以及活性染料與防染劑反應能力的差異的防印工藝；利用釋酸劑中和印花色漿中的堿劑，以阻止活性染料上染的塗料防印活性染料印花工藝；以及利用深色漿疊印淺防漿的淺防印花工藝。 -
Experimental research on proportioning of carbon fiber reactive powder concrete
短切碳纖維活性粉末混凝土最佳配合比試驗研究 -
Evaluation of glass fiber / epoxy prepreg, aramiel fiber / epoxy prepreg and glass fiber / phenolic prepreg quality during storage was made using physicochemical analysis methods. the relation between reactive groups content in resin matrix and exposure temperature and time was studied. the changes of the mechanical properties of the composites made by the prepregs at different stages of the storage were shown
研究了玻璃纖維環氧樹脂預浸料、芳綸纖維環氧樹脂預浸料以及玻璃纖維酚醛樹脂預浸料在儲存條件下，樹脂基體活性基團含量與儲存溫度、儲存時間的關系及對復合材料力學性能的影響，取得了預浸料體系的質量控制參數。 -
Secondly, preparation of reactive powder concrete with air quench steel slag and its performance are mainly studied through experiment. the results show that : ( 1 ) when binder - to - sand ratio is 1, silica fume percentage of binder is 15, and steel fiber percentage in volume is 4, reactive powder concrete prepared can get best overall performances
其次，作者主要對鋼渣活性粉末混凝土配製及其性能進行了試驗研究，結果表明： （ 1 ）膠砂比為1 : 1 ，硅灰摻量為15 ，鋼纖維摻量為4時所配製的活性粉末混凝土的綜合性能比較理想。 -
Based on the basic principles of densified systems containing homogeneously arranged ultra - fine particles ( dsp ) and reactive powder concrete ( rpc ) adopted by foreign researchers specialized in building materials, silica rume, ultra - fine fly ash, quartz powder, 52. 5 - class portland cement and superplasticizer were selected and mixed, the theoretic of mixed steel fiber reinforced cement - based composite materials and of micro - aggregate filling voids were applied, the composition was adjusted, the mixture ratio of rpc was optimized, a suitable curing schedule was adopted, in the result, an ultra - high performance concrete designated rpc was successfully prepared by normal technology methods
本文基於超細粒聚密材料（ dsp ）和活性粉末混凝土（ rpc ）配製的基本原理，選用硅灰、粉煤灰、石英粉和硅酸鹽水泥，輔以高效減水劑，採用多重復合的技術路線，運用混雜鋼纖維增強理論和微集料填充密實原理，調整材料組成，優化混凝土配合比，結合適宜的養護制度，在現有技術條件下，成功制備出了rpc200材料。 -
Continuous sic fiber reinforced titanium matrix composites hold immense potential for advanced aircraft and aerospace structural applications. however, due to the high reactivity of titanium, brittle reactive products at fiber / matrix interface are easy to form and may lead to a degradation of the mechanical properties of sic / ti composites
Sic纖維增強ti基復合材料在航空航天領域有重要的應用前景，但由於ti的化學活性大，在復合材料的sic - ti界面處存在嚴重的界面化學反應，會極大的損害sic ti基復合材料的力學性能。 -
Depending on the densified system containing homogeneously arrayed ultra - fine particles ( dsp ) and the basic principles of reactive powder concrete ( rpc ) adopted by foreign researchers specialized in building materials, considering the characteristics of ultra - fine addition which can improve the workability and micro - structure of cement based materials and enhance the cementitious materials " packing density, we added blast slag silica fume crushed quartz superplasticizer and steel fiber into portland cement to produce the rpc by normal technology methods
本文以活性粉末混凝土（ reactivepowderconcrete ，簡稱rpc ）的基本配製原理為基礎，結合近幾年來人們對高性能混凝土研究所提出的要求，選擇適合本地實情的材料，在傳統rpc的配製基礎上，摻入礦渣組分，配製出了抗壓強度達135mpa的活性粉末混凝土材料。本文對摻礦渣rpc的配製技術及其相關的性能作了系統的研究。 -
Researches on mechanical properties of carbon fiber reactive powder concrete
摻短切碳纖維活性粉末混凝土的力學性能研究
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