164 lines
4.9 KiB
TeX
164 lines
4.9 KiB
TeX
% LaTeX spezigfisch
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\def\ctr{\centering }
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%Textmakros (Deutsch)
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\def\bzw{bzw\. }
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%Textmakros (Englisch)
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\def\eg{e.\,g.\@\xspace}
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\def\ie{i.\,e.\@\xspace}
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\def\cf{c.\,f.\@\xspace}
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%\renewcommand\lq{\lq\xspace}
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%\renwecommand\rq{\rq\xspace}
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% TABELLEN
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\def\midruleI{\midrule[\heavyrulewidth]}
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% Allgemein
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\def\etal{et.~al.\xspace}
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\newcommand{\superscript}[1]{\ensuremath{^\textrm{#1}}}
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\newcommand{\subscript}[1]{\ensuremath{_\textrm{#1}}}
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\def\verweis{$\uparrow$}
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% Track changes in a document
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\definecolor{addColor}{rgb}{0, .5, .0}
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\definecolor{delColor}{rgb}{.6, .0, .0}
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\newcommand{\add}[1]{\cbstart{}\textcolor{addColor}{\uline{#1}}\cbend{}\xspace}
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\newcommand{\del}[1]{\cbdelete{}\textcolor{delColor}{\sout{#1}}\xspace}
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% Cannot be used in captions so far /!\
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%\newcommand{\add}[1]{#1\xspace} \newcommand{\del}[1]{#1\xspace}
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\newcommand{\rep}[2]{\del{#1}\add{#2}}
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\newcommand{\done}{\ding{52}\xspace}
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% INDENTATION
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\def\max{\subscript{max}}
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\def\Pmax{$P$\hspace{-.3em}\subscript{max}}
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\def\hmax{$h$\subscript{max}}
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\def\projA{\ensuremath{A\hspace{-0.2em}_{\perp}}\xspace}
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% Figure and Table references
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% see also the autoref command from hyperref package
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\def\Chapref#1{Chapter~\ref{ch:#1}}
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\def\chapref#1{chapter~\ref{ch:#1}}
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\def\figref#1{figure~\ref{fig:#1}}
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\def\tabref#1{table~\ref{tab:#1}}
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\def\Figref#1{Figure~\ref{fig:#1}}
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\def\Tabref#1{Table~\ref{tab:#1}}
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%\newcommand{\deg}{\ensuremath{^{\circ}}}
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% Mathe
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% \upright
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\newcommand{\bsym}[1]{\ensuremath{\boldsymbol{#1}}} % \boldsymbol,\mathbb (blackbord bold), mathsf
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%\def\tens{\boldsymbol}
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\newcommand{\bsymIV}[1]{\ensuremath{\boldsymbol{\mathbb{#1}}}}
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%\newcommand{\bsymIV}[1]{\boldsymbol{\mathcal{#1}}}
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%\newcommand{\bsymIV}[1]{\boldsymbol{\mathscr{#1}}}
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\newcommand{\tensII}[1]{\bsym{#1}} % tensor of rank 2
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\newcommand{\tensIV}[1]{\bsymIV{#1}} % tensor of rank 4
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\def\kron{\delta}
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\def\grad{\text{grad\,}} %gradient
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% Symbole
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\def\paralleldir{\ensuremath{\nearrow\hspace{-.4em}\nearrow}\xspace}
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\def\antiparalleldir{\ensuremath{\nearrow\hspace{-.4em}\swarrow}\xspace}
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% MECHANIK
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\def\sig{\ensuremath{\sigmaup}}
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\def\eps{\ensuremath{\varepsilonup}}
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\def\strain{\ensuremath{\tensII{\varepsilonup}}}
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\def\stress{\ensuremath{\tensII{\sigmaup}}}
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\def\hpu{MPa\hspace{-.1em}\ensuremath{\sqrt{\text{m}}}\xspace}%$^{-0.5}$} % Hall-Petch unit for k (slope)
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\def\PK2{\ensuremath{\bsym{T}}}
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%KRISTALLPLASTIZITAET
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\def\burgers{\ensuremath{\bsym{b}}\xspace}
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\def\bOD{\ensuremath{\burgers^{\text{O}}}\xspace}
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\def\bSU{\ensuremath{\burgers^{\text{S}}}\xspace}
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\def\bTW{\ensuremath{\burgers^{\text{T}}}\xspace}
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% MaWi
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\def\atpct{at.\%\xspace}
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\def\gmat{\ensuremath{\tensII{g}}\xspace} % orientation matrix
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% Kristallo
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\newcommand{\angaxis}[2]{#1-around-#2\xspace}
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% Bunge Euler Angles
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\def\beaphiI{\ensuremath{\varphi_1}}
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\def\beaPhi{\ensuremath{\it{\Phi}}}
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\def\beaphiII{\ensuremath{\varphi_2}}
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\def\BEAs{\ensuremath{(\beaphiI, \beaPhi, \beaphiII)}\xspace}
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% Euler winkel
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\def\pI{\ensuremath{\beaphiI}}
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\def\pII{\ensuremath{\beaphiII}}
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%\def\fcc{f.c.c.\xspace}
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%\def\bcc{b.c.c.\xspace}
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%\def\hcp{h.c.p.\xspace}
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\def\fcc{fcc\xspace}
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\def\bcc{bcc\xspace}
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\def\hcp{hcp\xspace}
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%\def\fcc{FCC\xspace}
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%\def\bcc{BCC\xspace}
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%\def\hcp{HCP\xspace}
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% Mikrometer, microns
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\def\mum{\ensuremath{\muup}m\xspace}
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% TiAl
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%\def\gam{\ensuremath{\upgamma}}
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\def\gam{\texorpdfstring{\ensuremath{\gammaup}}{gamma}\xspace} % requires txfonts package
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\def\cgamma{\ensuremath{c_{\gam}}}
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\def\agamma{\ensuremath{a_{\gam}}}
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\def\gTiAl{\texorpdfstring{\mbox{\gam-TiAl}}{gamma-TiAl}\xspace}
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\def\gammaTiAl{\gTiAl}
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\def\caratio{$c\hspace{-1.pt}/\hspace{-1.5pt}a$\;ratio\xspace}
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%alpha_2-Ti_3Al
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\def\alptwo{\texorpdfstring{\ensuremath{\upalpha_2}}{alpha2}\xspace}
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%\def\tiala2{$\alpha_2$-Ti$_3$Al}
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%\def\tiala2{$\alpha_2$-Ti$_3$Al}
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%\def\a2ti3al{$\alpha_2$-Ti$_3$Al}
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%\def\a2Ti3Al{$\alpha_2$-Ti$_3$Al}
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%\def\aIIti3al{$\alpha_2$-Ti$_3$Al}
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%\providecommand{\aTi3Al}{\mbox{$\alpha$-Ti$_3$Al}}
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\def\a2Ti3Al{\alptwo-Ti\texorpdfstring{$_3$}{3}Al\xspace}
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%\providecommand{\a2ti3al}{{$\alpha_2$-Ti$_3$Al}}
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%Ti_3Al
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\def\Ti3Al{\a2Ti3Al}
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\def\ti3al{\a2Ti3Al}
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%\def\a2{$\alpha_2$}
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%\def\taucO{\ensuremath{\tau_{c,O}}\xspace}
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%\def\taucS{\ensuremath{\tau_{c,S}}\xspace}
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%\def\taucT{\ensuremath{\tau_{c,T}}\xspace}
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\def\taucO{\ensuremath{\tau_{c}^{O}}\xspace}
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\def\taucS{\ensuremath{\tau_{c}^{S}}\xspace}
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\def\taucT{\ensuremath{\tau_{c}^{T}}\xspace}
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\def\LamAng{\ensuremath{\varPhi_{\text{L}}}\xspace}
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\def\MatrixI{M1\xspace}
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\def\MatrixII{M2\xspace}
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\def\MatrixIII{M3\xspace}
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\def\TwinI{T1\xspace}
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\def\TwinII{T2\xspace}
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\def\TwinIII{T3\xspace}
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%% Strukturbericht % http://cst-www.nrl.navy.mil/lattice/
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\def\L10{L1$_0$\xspace}
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\def\D019{D0$_{19}$\xspace} % 0 (zero) not O
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\newcommand\half{\ensuremath{\nicefrac{1}{2}}}
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\newcommand\sixth{\ensuremath{\nicefrac{1}{6}}}
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\newcommand\nr{no.\,}
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