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7篇 您的检索式：作者名="Gerhard Wilde"

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		题名	作者	年代	出处	被引量
	1	Simulation tools for the ACS1000 standard AC drive 显示文摘	Gerhard Brauer Adrian Wirth Gerhard Wild	1998	ABBReview1998，，5：	1
	2	Simulation tools for the ACS1000 standard AC drive 显示文摘	Gerhard Brauer Adrian Wirth Gerhard Wild	1998	ABB Review1998，，5：	1
	3	显示文摘	Lei Yong Cai Weiping Wilde Gerhard	2007	Prog Mater Sci2007，52，4：	1
	4	Clinical efficacy and cognitive side effects of bifrontal versus right unilateral electroconvulsive therapy (ECT): A short-term randomised controlled trial in pharmaco-resistant major depression显示文摘	Gerhard W. Eschweiler Reinhard Vonthein Ruediger Bode Michael Huell Andreas Conca Oliver Peters Stefan Mende-Lechler Julia Peters Dorothee Klecha Michael Prapotnik Jan DiPauli Barbara Wild Christian Plewnia Mathias Bartels Wilfried Schlotter	2006	Journal of Affective Disorders2006，，1：	1
	5	Stress-induced phase transformation and phase boundary sliding in Ti: An atomically resolved in-situ analysis显示文摘In-situ tensile experiments on pure Ti were performed in a transmission electron microscope at room temperature.The dynamic process of stress-induced hexagonal closed-packed(hcp)to face-centered cu-bic(fcc)structural transformation ahead of a crack tip was captured at the atomic level.Intriguingly,a sliding behavior of the ensuing(0001)hcp/(1¯11)_(fcc) phase boundary was observed to further accommodate the plastic deformation until crack initiation.The sliding was accomplished via the successive conserva-tive glide of extended dislocations along the(0001)hcp/(1¯11)_(fcc) phase boundary.A molecular dynamics simulation was carried out to corroborate the experiments and the results confirm the new dislocation-mediated sliding mechanism.	Zongde Kou Xuteng Li Rong Huang Lixia Yang Yanqing Yang Tao Feng Si Lan Gerhard Wilde Qingquan Lai Song Tang	2023	Journal of Materials Science & Technology2023，，21：	0
	6	块状纳米结晶材料的制备显示文摘综述了如何采用重复冷轧技术和立即折叠的方法,来制备块状纳米结晶材料或块状非晶体金属材料,使其达到所需的特性。采用这种工艺可以获得晶粒<10nm的真正纳米结晶材料。	Gerhard Wilde Guru-Pinda Harald Roesner	2005	现代制造2005，，21：	0
	7	On the shear modulus and thermal effects during structural relaxation of a model metallic glass:Correlation and thermal decoupling显示文摘Pd_(40)Ni_(40)P_(20)(at.%)samples with different enthalpy states were fabricated through high-pressure torsion or sub-Tg annealing of the as-cast material.Subsequently,the underlying structural relaxation was studied by in-situ shear modulus measurements and modulated differential scanning calorimetry.The results show that high-pressure torsion leads to shear modulus softening and an increase of the nonreversible exothermic enthalpy,indicating a significant structural rejuvenation,while sub-Tg annealing causes shear modulus hardening and a decrease of the nonreversible exothermic enthalpy.The reversible endothermic effect which can reflect the fractional change of supercooled liquid with temperature was found to be almost identical for all samples,and independent of deformation or thermal history.The total heat flow can be well correlated with the shear modulus within the framework of interstitialcy theory.Furthermore,we demonstrate that the structural relaxation below Tg decouples into internal stress relaxation andβ-relaxation.In addition,this work indicates that the processes ofα-relaxation andβ-relaxation in the metallic glass are of similar structural origin but occur on different spatial scales.	Hongbo Zhou Vitaly Khonik Gerhard Wilde	2022	Journal of Materials Science & Technology2022，，8：	0

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