Ammonothermal Synthesis and Crystal Growth of Nitrides

Preface (extern, z.B. R. Doradzinski) <p>Part I (General importance for the synthesis and crystal growth of nitrides)</p> <p>1.1.&nbsp;&nbsp; Significance of ammonothermal synthesis for nitride materials (Niewa)</p> <p>1.2.&nbsp;&nbsp; The potential of nitride m</p>aterials (Schnick)<p></p> <p>1.3.</p>times="" new="" roman";"=""&gt;&nbsp;&nbsp; Technological challenges for autoclave materials and components (Schlücker)<p></p> "MsoListP1.4.&nbsp;&nbsp; The technology of crystal growth in ammonothermal systems (Meissner)<p></p> <p>Part II (Techno</p>logy of ammonothermal synthesis)<p></p> <p>2.&nbsp;&nbsp; &nbsp;</p>2.1.&nbsp;&nbsp; Technical solutions for in-situ mo<p></p>nitoring of ammonothermal processes (Schlücker)<p></p> <p>2.2.&</p>amp;<p></p>amp;<p></p>amp;<p></p>lt;<p></p>/p&gt; style="font-stretch: normal;font-size: 7.0pt;line-height: normal;"&gt;&nbsp;&nbsp; Innovative technical concepts for fast growth autoclave and growth setup (extern, z.B. Soraa, Ehrentraut/D’Evelyn oder Sumitomo)<p></p> <p>2.3.&nbsp;&nbsp; Fundamental investigations on ammonothermal crystal growth of GaN combined with </p>numerical simulations (Meissner)<p></p> <p>2.4.&nbsp;&nbsp; In situ determination of filling grade by ultra-sound measurements (Schwieger)</p> .25pt;"&gt;&lt;p&gt;&lt;p&gt;&lt;p&gt;&lt;p&gt;&lt;p&gt;&lt;p>&lt;p></p>an&gt;2.5.<p></p>an&gt;&lt;p&gt;&lt;p&gt;&lt;p&gt;&lt;p&gt;&lt;p&gt;&lt;p>&lt;p></p>le="font-stretch: norma&nbsp;&nbsp; Direct determination of viscosity of supercritical solutions (Schlücker)<p></p> e" style="margin-left:35.45pt;mso-add-space: auto;text-indent:-21.25pt;mso-list:l0 level2 lfo3"&gt;2.6.&nbsp;&nbsp; Methodology for the determination of solubility and equilibrium data in ammonothermal systems (Schwieger)<p></p> <p>2.7.&nbsp;&nbsp; In <strong></strong></p>font:minor-bidi"&gt;situ visualization of the ammonothermal crystallization process by X-ray technology (Wellmann)<p></p> <p>Part III (Chemistry of ammonothermal synthesis</p>)<p></p><p></p> tParagraphCxSpFirst" style="m3.&nbsp;&nbsp;&nbsp; &nbsp;<p></p> dent: -21.6pt;"&gt;3.1.<p></p>"font-variant-numeric: normal; font-stretch: normal; font-size: 7pt; line-height: normal&nbsp;&nbsp;&nbsp; Explorative synthesis of novel nitride compounds by ammonothermal synthesis (Schnick)<p></p> <p>3.2.&nbsp;&nbsp; Intermediates in ammonothermal synthesis and crystal growth (Niewa)</p> <p>3.3.</p><p></p>font-family: "Times New Roman";"&gt;;&nbsp;&nbsp; EOS in ammonothermal systems (extern S. Pimputkar) <p></p> <p>3.4.</p>: 7.0pt;line-height: normal;font-family: " times="" new="" roman";"=""&gt;&nbsp;&nbsp; Autoprotolysis (extern D. Zahn) <p></p> <p>3.5.&nbsp;&nbsp; Properties of ammonothermal crystals (extern, z.B. S. F. Chichibu, J. Freitas)</p> <p>&n</p>bsp;<p></p> <p>Part IV (Future aspects and challenges) eventl. auch mit neuen Kollegen aus Transregio</p> <p>a)</p>mal;"&gt;&nbsp;&nbsp;&nbs<p></p>p;&nbsp;&nbsp;<p></p>a<p></p> pan&gt;Apparative developments (Schlücker, Wellmann, Schwieger)<p></p> aphCxSpLast" style="text-indent: -18.0pt;"&gt;b)&nbsp;&nbsp;&nbsp;&nbsp;&nbsp; Ammonothermal materials (Schnick, Niewa, Meissner) &nbsp;<p></p>