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91篇 您的检索式：作者名="Gibala"

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	题名	作者	年代	出处	被引量
1	用于可变纤维注塑的新材料显示文摘介绍了可变纤维增强反应注射成型聚氨酯制品的生产工艺特点及制品性能。这种加工技术制造SRIM聚氨酯制品的特点是 ,聚氨酯注入到模具中之前 ,先在混料腔内与直接添入的切碎纤维浸润混合 ,减少了纤维毡垫的加工工序 ,还可以提高制品中纤维的含量。采用这种方法可添加高至 5 0 %的玻璃纤维 ,制品密度从 0 .5g/cm3 至 1.6g/cm3 ,具有较高的弯曲模量。	David Gibala Andreas Rothacker 张跃冬	2001	聚氨酯工业2001，16，2：	3
2	Metabolic adaptations to short-term high-intensity interval training: a little pain for a lot of gain? 显示文摘	Gibala M J Mcgee S L	2008	Exerc Sport Sci Rev2008，36，2：	1
3	Effect of short-term sprint interval training on human skeletal muscle carbohydrate metabolism during exercise and time trial perfor- mance 显示文摘	Burgomaster KA Heigenhauser GJF Gibala MJ	2006	JAppl Physiol2006，100，6：	1
4	Brief intense interval exercise activates AMPK and p38 MAPK signaling and increases the expression of PGC-1alpha in human skeletal muscle显示文摘	Gibala MJ Mc Gee SL Garnham AP	2009	J Appl Physiol2009，106，3：	1
5	Room-Temperature Deformation Behavior Of A Directionally Solidified Beta (B2)- (Ni-Fe-Al) Intermetallic Alloy显示文摘	Misra A Kim J T Gibala R	1997	Metallurgical And Materials Transactions A-Physical Metallurgy And Materials Science1997，28，1：	1
6	Molecular responses to high-intensity in- terval exercise显示文摘	Gibala M	2009	Appl Physiol Nutr Metab2009，34，3：	1
7	Short-term sprint in- terval versus traditional endurance training: similar initial adap- tations in human skeletal muscle and exercise performance 显示文摘	Gibala MJ Little JP VanEssen M	2006	J Physiol2006，575，3：	1
8	Optimization of toughness and strength in multiphase intermetallics显示文摘	Misra A Gibala R Noebe R D	2001	Intermetallics2001，9，：	1
9	Physiological adaptations to low-volume,high-intensity interval training in health and disease 显示文摘	Gibala M J Little JP Macdonald M J	2012	J Physiol2012，590，5：	1
10	Deformation and fracture behavior of a directionally solidified β/γ′ Ni-30 At. pct Al alloy显示文摘	A. Misra R. Gibala R. D. Noebe	1999	Metallurgical and Materials Transactions A1999，，4：	1
11	Nutritional strategies to promote postexercise recovery显示文摘	BEELEN M BURKE L M GIBALA M J	2010	Int J Sport Nutr Exe Metab2010，20，6：	1
12	Metabolic adaptations to short-term high-intensity interval training: a little pain for a lot of gain? 显示文摘	Gibala M J Mcgee S L	2008	Exercise &Sport Sciences Reviews2008，36，2：	1
13	Anaplerotic processes in human skeletal muscle during brief dynamic exercise显示文摘	GIBALA M J MACLEAN D A GRAHAM T E	1997	Journal of Physiology1997，502，3：	1
14	Room-temperature deformation behavior of directionally solidified multiphase Ni?Fe?Al alloys显示文摘	A. Misra R. Gibala	1997	Metallurgical and Materials Transactions A1997，，13：	1
15	Physiological adaptations to low-volume,high-intensity interval training in health and disease显示文摘	GIBALA M J LITTLE J P MACDONALD M J	2012	J Physiol2012，590，5：	1
16	Effect of short-term sprint interval training on human skeletal muscle carbohydrate metabolism during exercise and time-trial performance显示文摘	BURGOMASTER KA HEIGENHAUSER GJ GIBALA MJ	2006	J Appl Physiol2006，100，6：	1
17	The pea mitochondrial atp6: RNA editing and similarity of presequences in the Vicieae tribe显示文摘	Marta Gibala Bartosz Szczesny Jan Kieleczawa Hanna Janska	2004	Current Genetics2004，，4：	1
18	Physiological adaptations to low volume, high-intensity interval train- ing in health and disease显示文摘	Gibala MJ Little JP Macdonald MJ	2012	The Journal of physiology2012，590，16：	1
19	Short-term sprint interval versus traditional endurance training: similar initial adaptations in human skeletal muscle and exercise performance显示文摘	GIBALA MJ LITTLE JP VAN ESSEN M	2006	J Physiol2006，575，3：	1
20	Brief intense interval exercise activates AMPK and p38 MAPK signaling and increases the expression of PGC-1α in human skeletal muscle显示文摘	GIBALA M J MCGEE S L GARNHAM A P	2009	Journal of Applied Physiology2009，106，3：	1

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