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@ -7,33 +7,8 @@ A summary of all acronyms is documented in Table \ref{tab:acro}.
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\hline
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Acronym & Abbreviation \\
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\hline
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African Easterly Wave & AEW \\
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African Easterly Jet & AEJ \\
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African Monsoon Multidisciplinary Analysis & AMMA \\
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Climate Forecasting System Reanalysis & CFSR \\
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Convective Available Potential Energy & CAPE \\
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Dry Adiabatic Lapse Rate & DALR \\
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European Centre for Medium Range Weather Forecasting & ECMWF \\
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Eddy Kinetic Energy & EKE \\
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GARP Atlantic Tropical Experiment & GATE \\
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Global Forecast System & GFS \\
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Global Precipitation Mission & GPM \\
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Long Wave (Radiation) & LW \\
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Mesoscale Convective System & MCS \\
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National Aeronautical and Space Administration & NASA \\
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National Center for Atmospheric Research & NCAR \\
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National Center for Environmental Prediction & NCEP \\
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National Hurricane Center & NHC \\
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National Science Foundation & NSF \\
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Planetary Boundary Layer & PBL \\
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Potential Vorticity & PV \\
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Short Wave (Radiation) & SW \\
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Quasi-Geostrophic & QG \\
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Rossby Wave & RW \\
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Tropical Cyclone & TC \\
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TRMM Multi-Satellite Precipitation Analysis & TMPA \\
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Tropical Rainfall Measurement Mission & TRMM \\
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Weather Research and Forecasting Model & WRF \\
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AC1 & Acronym 1 \\
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AC2 & Acronym 2 \\
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\hline
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\end{longtable}
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@ -1,37 +1,5 @@
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\chapter{Variables}
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\chapter{Mathematica identities}
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A summary of all variables is documented in Table \ref{tab:vars}.
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A summary of mathematical identities used in derivations is given below.
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\begin{longtable}{| l | l |}
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\caption{A summary of common meteorological variables and their abbreviations in alphabetical order.}\label{tab:vars}\\
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\hline
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Variable & Abbreviation \\
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\hline
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Arbitrary variable & $X$ \\
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Absolute vorticity vector & $\vec{\eta}$ \\
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Coriolis parameter & $f$ \\
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Gas constant for dry air & $R$ \\
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Geopotential & $\Phi$ \\
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Geopotential height & $Z$ \\
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Gravitational accelleration & $g$ \\
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Horizontal wind vector & $\vec{V}$ \\
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Isobaric vertical motion & $\omega$ \\
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Latent heat of vaporization & $l_v$ \\
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Meridional unit vector & $\hat{j}$ \\
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Meridional wind & $v$ \\
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Potential temperature & $\theta$ \\
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Potential vorticity & $P$ \\
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Pressure & $p$ \\
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Relative vorticity vector & $\vec{\zeta}$ \\
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Specific density & $\alpha$ \\
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Specific heat capacity at constant pressure & $c_p$ \\
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Temperature & $T$ \\
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Time & $t$ \\
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Three-dimensional wind vector & $\vec{U}$ \\
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Vertical absolute vorticity & $\eta$ \\
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Vertical unit vector & $\hat{k}$ \\
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Vertical relative vorticity & $\zeta$ \\
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Zonal unit vector & $\hat{i}$ \\
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Zonal wind & $u$ \\
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\hline
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\end{longtable}
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[\ldots]
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@ -1,68 +1,4 @@
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\chapter{INTRODUCTION}
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\label{chap-one}
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\chapter{Introduction}
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\label{chap:Introduction}
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%% Following sections are examples... not required
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%--
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\section{Definitions}
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\label{sec:def}
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%--
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Define common terms used throughout the dissertation...
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E.g. African Easterly Waves (AEWs) are waves in the atmosphere over Africa of wavelength ...
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%--
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\section{Motivations}
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\label{sec:mot}
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%--
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Motivations for studying topic
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Figure useful to motivations
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\begin{figure}[htp]
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\centering
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\includegraphics[width=\textwidth]{Chapter-1/figs/Damage.png}
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\caption{Caption...}
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\label{fig:damage}
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\end{figure}
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Figure with trim and clip
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\begin{figure}[htp]
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\centering
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\includegraphics[trim={4cm 8.5cm 3cm 0cm},clip,width=\textwidth]{Chapter-1/figs/gfgnge_vs_year.eps}
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\caption{Caption...}
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\label{fig:gfgn}
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\end{figure}
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%--
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\section{Background}
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\label{sec:back}
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%--
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Background literature on topic
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Possible citation in parentheses \citep{kiladis2006three}
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Possible citation in parentheses with text before or after also in parentheses \citep[e.g. ][ Figure 1]{kiladis2006three}
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Citation in text \citet{tomassini2017interaction}
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%----------
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\section{Open Questions and Theories}
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\label{sec:que}
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%----------
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In this section I will present the open questions on the problem I am investigating.
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\subsection{Influence of AEWs on Convection}
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\label{sec:QTaew-conv}
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Background on theories
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In summary we will attempt to address the following questions with regard to ...:
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\begin{enumerate}
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\item Question 1?
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\item Question 2?
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\item Question 3?
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\end{enumerate}
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[\ldots]
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@ -1,45 +1,4 @@
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\chapter{METHODS}
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\label{chap:meth}
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\chapter{Formalism}
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\label{chap:Formalism}
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%--
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\section{Data}
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\label{sec:dat}
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%--
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Reference to data Table \ref{tab:data}
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\begin{table}[htp]
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\caption{Caption...}\label{tab:data}
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\begin{center}
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\begin{tabular}{| c | c c |}
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\hline
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Parameterization & Scheme & WRF Option \\
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\hline
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... & ... & ... \\
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... & ... & ... \\
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\hline
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\end{tabular}
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\end{center}
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\end{table}
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\subsection{Analyses}
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E.g. Statistical analyses
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\subsection{Math}
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Simple one-line equation
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\begin{equation}
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\frac{\partial u}{\partial t} +u\frac{\partial u}{\partial x} +v\frac{\partial u}{\partial y} +\omega\frac{\partial u}{\partial p} = fv -\frac{\partial \Phi}{\partial x} + F_x,
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\label{eqn:momu}
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\end{equation}
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Multi-line equation
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\begin{align}
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\begin{split}
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\vec{\nabla}\theta \cdot \frac{D}{Dt}\vec{\eta} &= \vec{\nabla}\theta \cdot (\vec{\eta}\cdot\vec{\nabla})\vec{U} + \vec{\nabla}\theta \cdot (\vec{\nabla}\times\vec{\nabla}_p\Phi) + \vec{\nabla}\theta \cdot \vec{\nabla}\times\vec{F} \\
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&= (\vec{\eta}\cdot\vec{\nabla})\vec{U} \cdot (\vec{\nabla}\theta) + \vec{\nabla}\theta \cdot \vec{\nabla}\times\vec{F}
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\label{eqn:vort4}
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\end{split}
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\end{align}
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[\ldots]
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@ -1,3 +1,4 @@
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\chapter{Results 1}
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\chapter{Finite volume}
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\label{chap:Finite_volume}
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bla bla bla ...
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[\ldots]
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@ -1,4 +1,4 @@
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\chapter{Results 2}
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\label{chap:res2}
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\chapter{Resonances}
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\label{chap:Resonances}
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bla bla bla ...
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[\ldots]
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@ -1,4 +1,4 @@
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\chapter{Results 3}
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\label{chap:res3}
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\chapter{Eigenvector continuation}
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\label{chap:Eigenvector_continuation}
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bla bla ...
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Introduced in Ref.~\cite{Frame:2017fah}.
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@ -1,14 +1,4 @@
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\chapter{CONCLUSIONS}
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\label{chap:conc}
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\chapter{Conclusions}
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\label{chap:Conclusions}
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% Example headers
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\section{Summary of Results}
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\label{sec:summ}
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\section{Overarching Conclusions}
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\label{sec:conc}
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\section{Future Work}
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\label{sec:future}
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[\ldots]
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@ -1,132 +1,11 @@
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%
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% Most common journal abbreviations:
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% BAMS = Bulletin of the american meteorological society
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% JAS = Journal of atmospheric science
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% JAM = Journal of applied meteorology
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% MAP = Meteorology and atmospheric physics
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% MWR = Monthly weather review
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% QJRMS = Quarterly journal of the royal meteorological society
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% RGEO = Reviews in geophysics
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% TELLUS = Tellus
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% JCE = Journal of climate
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% JCY = Journal of climatology
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% GRL = Geophysical research letters
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% JGR = Journal of geophysical research
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%
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%
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% JOURNAL ABBREVIATIONS (delete if not using American Meteorological society guidelines)
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%
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@STRING{AMS = "Amer.\ Meteor.\ Soc."}
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@STRING{AGU = "Amer.\ Geophys.\ Union"}
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@STRING{AIP = "Amer. Inst. Phys."}
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@STRING{ADGEO = "Adv.\ Geosci."}
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@STRING{ADMET = "Adv.\ Meteor."}
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@STRING{AFM = "Agric.\ For.\ Meteor."}
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@STRING{AM = "Ann.\ Meteor."}
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@STRING{AN = "Astrophys.\ Norv."} % Astrophysica Norvegica
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@STRING{AO = "Atmos.-Ocean"} % Atmosphere-Ocean, published by Canadian Meteorological Society (CMOS)
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@STRING{AR = "Atmos.\ Res."} % Atmospheric Research
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@STRING{ARFM = "Annu.\ Rev.\ Fluid Mech."}
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@STRING{AUMET = "Aust.\ Meteor.\ Mag."}
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@STRING{BAMS = "Bull.\ Amer.\ Meteor.\ Soc."}
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@STRING{BLM = "Boundary-layer\ Meteor."}
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@STRING{BWMO = "Bull.\ World\ Meteor.\ Org."}
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@STRING{CAP = "Contrib.\ Atmos.\ Phys."}
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@STRING{CC = "Climate Change"} % Climate Change
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@STRING{CCH = "Climatic Change"} % Climatic Change
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@STRING{CDYN = "Clim.\ Dynam."}
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@STRING{CHAOS = "Chaos"}
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@STRING{COL = "Collier's"}
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@STRING{CRS = "Cont.\ Shelf Res."}
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@STRING{DAO = "Dyn.\ Atmos.\ Oceans"}
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@STRING{ECO = "Ecology"}
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@STRING{EI = "Earth Interactions"}
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@STRING{GA = "Geophysica"} % Geophysica, published by Geophysical Society of Finland
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@STRING{GEOMAG = "Geophys.\ Mag."}
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@STRING{GN = "Geophys.\ Norv."} % Geophysica Norvegica
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@STRING{GRL = "Geophys.\ Res.\ Lett."}
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@STRING{GEOINT = "Geofis.\ Int."} % Geofisica Internacional (Mexican journal -- vols. 3-5 contained proceedings from a hurricane conference
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@STRING{GEOPUB = "Geofys.\ Publ."}
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@STRING{GPC = "Global Planet.\ Change"}
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@STRING{HP = "Health Phys."}
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@STRING{IAOP = "Izv.\ Atmos.\ Ocean.\ Phys.\ (Engl.\ Transl.)"}
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@STRING{IJC = "Int.\ J.\ Climatol."}
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@STRING{JAM = "J.\ Appl.\ Meteor."} % renamed to name below in 2006
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@STRING{JAMC = "J.\ Appl.\ Meteor.\ Climatol."} % Journal of Applied Meteorology and Climatology (this journal used to be called the Journal of Applied Meteorology before 2006)
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@STRING{JAS = "J.\ Atmos.\ Sci."}
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@STRING{JAOT = "J.\ Atmos.\ Oceanic Technol."}
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@STRING{JCAM = "J.\ Climate Appl.\ Meteor."} % now this is JAMC?
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@STRING{JCLI = "J.\ Climate"}
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@STRING{JCR = "J.\ Coastal Res."}
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@STRING{JES = "J.\ Earth Syst.\ Sci."} % Journal of Earth System Science
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@STRING{JEM = "J.\ Eng.\ Math."} % Journal of Engineering Mathematics
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@STRING{JFM = "J.\ Fluid\ Mech."}
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@STRING{JGR = "J.\ Geophys.\ Res."}
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@STRING{JHM = "J.\ Hydrometeor."}
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@STRING{JHE = "J.\ Hydrologic.\ Eng."}
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@STRING{JMS = "J.\ Mar.\ Syst."}
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@STRING{JM = "J.\ Meteor."}
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@STRING{JMR = "J.\ Mar.\ Res."}
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@STRING{JMSJ = "J.\ Meteor.\ Soc.\ Japan"}
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@STRING{JPO = "J.\ Phys.\ Oceanogr."}
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@STRING{JOCEAN = "J.\ Oceanogr."} % Journal of Oceanography
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@STRING{JOSJ = "J.\ Oceanogr.\ Soc.\ Japan"}
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@STRING{JSE = "J.\ Struct.\ Eng."} % Journal of Structural Engineering at ASCE
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@STRING{JTM = "J.\ Tropical Meteor."}
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@STRING{JWEIA = "J.\ Wind Eng.\ Ind.\ Aerodyn."}
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@STRING{MA = "Meteor.\ Appl."}
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@STRING{MAP = "Meteor.\ Atmos.\ Phys."}
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@STRING{METMON = "Meteor.\ Monogr."}
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@STRING{METZEIT = "Meteor.\ Z."}
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@STRING{MWL = "Mar.\ Wea.\ Log"}
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@STRING{MWR = "Mon.\ Wea.\ Rev."}
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@STRING{NAT = "Nature"}
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@STRING{NAG = "Nat.\ Geosci."}
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@STRING{NHR = "Natural Hazards Rev."}
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@STRING{NWD = "Natl.\ Weather Dig."}
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@STRING{OA = "Oceanol. Aeta"}
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@STRING{OCEAN = "Oceanography"} % a quarterly journal of The Oceanography Society
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@STRING{PAG = "Pure Appl.\ Geophys."}
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@STRING{PF = "Phys.\ Fluids"}
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@STRING{PHYSD = "Physica D"}
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@STRING{PMG = "Pap.\ Meteor.\ Geophys."} % Papers in Meteorology and Geophysics
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@STRING{PNAS = "Proc.\ Natl.\ Acad.\ Sci.\ (USA)"}
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@STRING{PRE = "Phys.\ Rev.\ E"}
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@STRING{PRSA = "Proc.\ Roy.\ Soc.\ A."}
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@STRING{PT = "Phys.\ Today"}
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@STRING{PTRS = "Philos.\ Trans.\ Roy.\ Soc.\ London\ A"}
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@STRING{QJRMS = "Quart.\ J.\ Roy.\ Meteor.\ Soc."}
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@STRING{RGEO = "Rev. Geophys."}
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@STRING{SCI = "Science"}
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@STRING{SOLA = "SOLA"} % Scientific Online Letters on the Atmosphere
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@STRING{TAGU = "Eos, Trans.\ Amer.\ Geophys.\ Union"}
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@STRING{TCD = "Cryo.\ Disc."}
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@STRING{TELLUS = "Tellus"}
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@STRING{TCFD = "Theor.\ Comput.\ Fluid Dyn."}
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@STRING{WEA = "Weather"}
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@STRING{WW = "Weatherwise"}
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@STRING{WF = "Wea.\ Forecasting"}
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@STRING{WMOB = "WMO Bull."}
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@article {kiladis2006three,
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title= {{Three-dimensional structure and dynamics of African easterly waves. Part I: Observations}},
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author= {Kiladis, George N and Thorncroft, Chris D and Hall, Nicholas MJ},
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journal= JAS,
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volume= {63},
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number= {9},
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pages= {2212--2230},
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year= {2006}
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}
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@article {tomassini2017interaction,
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title= {{The interaction between moist diabatic processes and the atmospheric circulation in African Easterly Wave propagation}},
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author= {Tomassini, Lorenzo and Parker, Douglas J and Stirling, Alison and Bain, Caroline and Senior, Catherine and Milton, Sean},
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journal= QJRMS,
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volume= {143},
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number= {709},
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pages= {3207--3227},
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year= {2017},
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publisher= {Wiley Online Library}
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@article{Frame:2017fah,
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title = {Eigenvector {{Continuation}} with {{Subspace Learning}}},
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author = {Frame, Dillon and He, Rongzheng and Ipsen, Ilse and Lee, Daniel and Lee, Dean and Rrapaj, Ermal},
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year = {2018},
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journal = {Phys. Rev. Lett.},
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volume = {121},
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number = {3},
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pages = {032501},
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publisher = {{American Physical Society}},
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doi = {10.1103/PhysRevLett.121.032501}
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}
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%% Note: To break the title onto multiple lines, use \break instead of \\.
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%\thesistitle{A North Carolina State University Sample \LaTeX{} Thesis \break
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%with a Title So Long it Needs a Line Break}
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\thesistitle{Dissertation title}
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\thesistitle{Quantum few-body problem in nuclear theory}
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%% Degree year. Necessary if your degree year doesn't equal the current year.
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%\degreeyear{1995}
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%% -------------------------------- Biography ------------------------------- %%
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\begin{biography}
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The author was born in a small town \ldots
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The author was born in Kandy, Sri Lanka. \ldots
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\end{biography}
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%% ----------------------------- Acknowledgements --------------------------- %%
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