Hallo All
I am really frustrated, and in lack of time!
Ok I am using lyx to write my thesis, following are my document settings and
preambles:
Document Class: report
Line spacing: Single
Page layout: A4
Headings style :plain
Two sided document
Margins: Top: 45 mm
Bottom: 45mm
Inner: 30mm
Outer: 40mm
Head step: 35mm
Head height: 15mm
Foot skip: 35mm
Floar Placement: here definitely
Latex preamble: \usepackage{ %a4wide,
ellipsis, fixltx2e, mparhack, %Fehlerkorrektur für Marginalien
booktabs, longtable %schönere Tabellen
}
\usepackage{microtype}
\usepackage{ifpdf} % part of the hyperref bundle
\ifpdf % if pdflatex is used
\usepackage{graphics}
Now I have following problems, my images end up sometime creating huge gaps
between image and paragraph etc.
My paraghraps spaces are not formatted nicely
And things like small skip medium skip etc is most of the time totally
ignored.
I had one reply saying I should use: \nccparskip how do I write this into
the preamble, cuy if I just type this into the preamble I get an error code
during compiling pdf.
Further I have attached one of these missformated images, plus its tex code.
One more thing I use both eps and jpg images in my text.
Thanks.
Tex code generated by lyx:
A smilar pattern
is presented in Fig. 4.3, as a comparison, one can see a larger scan
range, which is left out in our case, since a larger scan range yielded
in no extra information. From the phase diagram in Fig. 2.14 it is
evident that hematite + magnetite can form over a large range of different
enviornmental conditions. %
\begin{figure}[H]
\includegraphics[clip,scale=0.6]{Graphics/OutofBooks/MgO_kbeta}
\caption[2$\theta-\theta$ scan of MgO substrate with iron oxide thin films
]{2$\theta-\theta$ scan of MgO substrate with iron oxide thin films
\cite{Soeya2002} }
\end{figure}
Studying the oxygen flow influence on film formation, it can be concluded
that lower oxygen content during deposition at a deposition pressure
of 3$\times$10$^{-2}$ mbar yields better formation of Fe$_{3}$O$_{4}$.
This is evident in a more pronounced shoulder on the MgO peak, which
is shown in Fig. 4.4. The figure shows in acending order the
2$\theta-\theta$
scans of deposition runs in which O$_{2}$:Ar ratio have been varried.
This ratio is defined as $\frac{flow\, of\, oxygen\,[sccm]}{flow\, of\,
argon\,[sccm]}$.
It can be seen that the shoulder becomes more prominent as the oxygen
level decreases, at the same time a broader peak is seen, further
indicating the formation of magnetite. The first lowes scan shows
the 2$\theta-\theta$ of a cleaned and annealed MgO substrate, the
