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28篇 您的检索式：作者名="Cwirzen"

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	题名	作者	年代	出处	被引量
1	Aggregate-cement paste transition zone properties affecting the salt-frost damage of high-per- formance concrete 显示文摘	Cwirzen A Pentrala V	2005	Cem Coner Res2005，35，5：	1
2	Reactive Powder Based Concretes:Mechanical Properties,Durability and Hybrid use with OPC显示文摘	CWIRZEN A PENTTALA V VORNANEN C	2008	Cement and Concrete Research2008，，38：	1
3	Reactive powder based concretes: Mechanical properties, durability and hybrid use with OPC 显示文摘	CWIRZEN A PENTTALA V VORNANEN C	2008	Cement and Concrete Research2008，38，10：	1
4	Corro- sion Mechanism of Hot-dip Galvanised Reinforcement Bar in Cracked Concrete显示文摘	SISTONEN E CWIRZEN A PUTTONEN J	2008	Corrosion Science2008，50，12：	1
5	Reactive powder based concretes: Mechanical properties, durability and hybrid use with OPC显示文摘	A. Cwirzen V. Penttala C. Vornanen	2008	Cement and Concrete Research2008，，10：	1
6	Aggregate-cement paste tran- sition zone properties affecting the salt-frost amage of high- performance concretes 显示文摘	Andrzej Cwirzen Vesa Penttala	2005	Cement and Concrete Research2005，，35：	1
7	Porosity and microstructure characterization of building stones and concretes 显示文摘	Cnudde V Cwirzen A Masschaele B	2008	Engineering Geology2008，103，：	1
8	Reactive powder based concretes:Mechanical properties,durability and hybrid use with OPC显示文摘	CWIRZEN A PENTI:ALA V VORNANEN C	2008	Cement and Concrete Researeh2008，，38：	1
9	Aggregate-cement paste transition zone properties affecting the salt-frost damage of high-performance concretes显示文摘	Cwirzen A Penttala V	2005	Cement and Concrete Research2005，35，：	1
10	Aggregate–cement paste transition zone properties affecting the salt–frost damage of high-performance concretes显示文摘	Andrzej Cwirzen Vesa Penttala	2004	Cement and Concrete Research2004，，4：	1
11	Reactive powder based concretes: Mechanical properties, durability and hybrid use with OPC显示文摘	CWIRZEN A PENTTALA V VORNANEN C	2008	Cement & Concrete Research2008，38，10：	1
12	Aggregate-cement paste transition zone proPerties affecting the salt- frost damage of high performance concretes显示文摘	Andrzej Cwirzen Vesa Penttala	2005	Cement and Concrete Research2005，35，：	1
13	Surface decoration of carbon nanotubes and mechanical properties of cement/carbon nanotube composites 显示文摘	Cwirzen A Habermeht-Cwirzen K Penttala V	2008	Adv Cement Res2008，20，2：	1
14	Surface decoration of carbon nanotubes and mechanical properties of cement/carbon nano- tube composites显示文摘	CWIRZEN A HABERMEHL-CWIRZEN K PEN- TTALA V	2008	Advances in Cement Research2008，20，2：	1
15	SEM/AFM studies of cementitious binder mod- ified by MWCNT and nano-sized Fe needles 显示文摘	CWIRZEN A HABERMEHL-CWIRZEN K NASIBULIN A G	2009	Materials Characterization2009，60，7：	1
16	Surface decoration of carbon nanotubes and mechanical properties of cement/carbon nanotube composites 显示文摘	CWIRZEN A HABERMEHL-CWIRZEN K PENTTALA V	2008	Ad- vances in Cement Research2008，20，2：	1
17	Aggregate-cement paste transition zone properties affecting the salt-frost damage of high-performance concretes显示文摘	Cwirzen A Penttala V	2005	Cement and Concrete Research2005，35，2005：	1
18	Contribution of CNTs/CNFs morphology to reduction of autogenous shrinkage of Portland cement paste显示文摘在这试验性的研究,碳 nanotubes (CNT ) 和碳 nanofibers (CNF ) 被集中的 sonication 面对 superplasticizer 在水里驱散并且随后与波特兰一起混合了水泥, water/ 水泥比率在 0.3 和 0.4 之间变化。在新鲜阶段的自然发生的收缩被调查。CNT 和 CNF 被扫描电子显微镜学(SEM ) 的高分辨率描绘,含水的粘贴被 X 光检查衍射和 SEM 学习。结果为包含 nanomaterials 的小数量(0.01 wt%) 的粘贴在 50% 显示出自然发生的收缩的减小。更高的增加显得是更少有效。收缩的最高的减小为长的碳 nanofibers 被观察、相当直、有约 200 nm 的直径。结果证明 nanomaterials 的增加特别在水和的早阶段加速了水和过程。效果在 functionalized nanotubes 的情况中是最显著的。导致自然发生的收缩的减小的建议机制是增强 nano 效果的联合,水和的改变和含水的矩阵的微观结构。	Feneuil BLANDINE Karin HABERMEHI-CWIRZEN Andrzej CWIRZEN	2016	Frontiers of Structural and Civil Engineering2016，10，2：	1
19	Aggregate-cement paSte tranSition zone propertieS affecting the Salt-froSt damage of high-performance concrete 显示文摘	Cwirzen A Pentrala V	2005	Concrete and Concrete ReSearch2005，35，5：	1
20	Aggregate-cement paste transition zone properties affecting the salt-frost damage of high-performance concrete显示文摘	Cwirzen A Penttala V	2005	Cement and Concrete Research2005，35，4：	1

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