The intermediate state during the pressure-induced alpha-omega transformation is shown to be a b.c.c. phase. Direct electron-diffraction evidence is presented in the case of a quenched Ti-10 at.% V alloy after pressure treatment
Under sufficient stresses, such as during dynamic loading, titanium experiences a phase transformati...
Electron microscopy was used to study the decomposition of the ? phase in rapidly solidified titaniu...
Under sufficient stresses, such as during dynamic loading, titanium experiences a phase transformati...
High pressure studies have been carried out on a prototype omega forming alloy system, i.e. Titanium...
The three most common crystal structures encountered in group IV transition metals Ti, Zr, and Hf an...
Transmission Electron Microscopy (TEM) studies have been done on Ti--V alloys before and after appli...
Features of athermal omega phase of anomalous morphology, as massive precipitations of "rafting" str...
The decomposition of the beta phase in rapidly quenched Ti-2.8 at. pet Co, Ti-5.4 at. pet Ni, Ti-4.5...
The formation of internal stresses during quenching of titanium alloys from the amp; 946; phase fie...
The formation of internal stresses during quenching of titanium alloys from the amp; 946; phase fie...
The formation of internal stresses during quenching of titanium alloys from the amp; 946; phase fie...
Recently, Vohra and Spencer [Phys. Rev. Lett. 86, 3068 (2001)] reported that titanium metal undergoe...
The decomposition of the beta phase during rapid cooling of the near beta titanium alloy Ti-5Al-5Mo-...
Experiments were conducted on Ti-based alloys including a commercially pure titanium (α phase), Ti-6...
Experiments were conducted on Ti-based alloys including a commercially pure titanium (α phase), Ti-6...
Under sufficient stresses, such as during dynamic loading, titanium experiences a phase transformati...
Electron microscopy was used to study the decomposition of the ? phase in rapidly solidified titaniu...
Under sufficient stresses, such as during dynamic loading, titanium experiences a phase transformati...
High pressure studies have been carried out on a prototype omega forming alloy system, i.e. Titanium...
The three most common crystal structures encountered in group IV transition metals Ti, Zr, and Hf an...
Transmission Electron Microscopy (TEM) studies have been done on Ti--V alloys before and after appli...
Features of athermal omega phase of anomalous morphology, as massive precipitations of "rafting" str...
The decomposition of the beta phase in rapidly quenched Ti-2.8 at. pet Co, Ti-5.4 at. pet Ni, Ti-4.5...
The formation of internal stresses during quenching of titanium alloys from the amp; 946; phase fie...
The formation of internal stresses during quenching of titanium alloys from the amp; 946; phase fie...
The formation of internal stresses during quenching of titanium alloys from the amp; 946; phase fie...
Recently, Vohra and Spencer [Phys. Rev. Lett. 86, 3068 (2001)] reported that titanium metal undergoe...
The decomposition of the beta phase during rapid cooling of the near beta titanium alloy Ti-5Al-5Mo-...
Experiments were conducted on Ti-based alloys including a commercially pure titanium (α phase), Ti-6...
Experiments were conducted on Ti-based alloys including a commercially pure titanium (α phase), Ti-6...
Under sufficient stresses, such as during dynamic loading, titanium experiences a phase transformati...
Electron microscopy was used to study the decomposition of the ? phase in rapidly solidified titaniu...
Under sufficient stresses, such as during dynamic loading, titanium experiences a phase transformati...
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