Beamer Class MontpellierBeamer Class MontpellierSascha Frank26
de junho de 2015Beamer Class MontpellierTable of contentsSection
no.1Subsection no.1.1Section no. 2Lists ILists IISection
no.3TablesSection no. 4blocsSection no. 5split
screenPicturesjoining picture and listspictures which need more
spaceBeamer Class MontpellierSection no.1TitleEach frame should
have a title.Beamer Class MontpellierSection no.1Subsection
no.1.1Without title somethink is missing.Beamer Class
MontpellierSection no. 2Lists Iunnumbered lists
Introduction to LATEX
Course 2
Termpapers and presentations with LATEX
Beamer classBeamer Class MontpellierSection no. 2Lists Ilists
with pause
Introduction to LATEX
Course 2
Termpapers and presentations with LATEX
Beamer classBeamer Class MontpellierSection no. 2Lists Ilists
with pause
Introduction to LATEX
Course 2
Termpapers and presentations with LATEX
Beamer classBeamer Class MontpellierSection no. 2Lists Ilists
with pause
Introduction to LATEX
Course 2
Termpapers and presentations with LATEX
Beamer classBeamer Class MontpellierSection no. 2Lists Ilists
with pause
Introduction to LATEX
Course 2
Termpapers and presentations with LATEX
Beamer classBeamer Class MontpellierSection no. 2Lists
IInumbered lists1. Introduction to LATEX2. Course 23. Termpapers
and presentations with LATEX4. Beamer classBeamer Class
MontpellierSection no. 2Lists IInumbered lists with pause1.
Introduction to LATEX2. Course 23. Termpapers and presentations
with LATEX4. Beamer classBeamer Class MontpellierSection no. 2Lists
IInumbered lists with pause1. Introduction to LATEX2. Course 23.
Termpapers and presentations with LATEX4. Beamer classBeamer Class
MontpellierSection no. 2Lists IInumbered lists with pause1.
Introduction to LATEX2. Course 23. Termpapers and presentations
with LATEX4. Beamer classBeamer Class MontpellierSection no. 2Lists
IInumbered lists with pause1. Introduction to LATEX2. Course 23.
Termpapers and presentations with LATEX4. Beamer classBeamer Class
MontpellierSection no.3TablesTablesDate Instructor TitleWS 04/05
Sascha Frank First steps with LATEXSS 05 Sascha Frank LATEX Course
serialBeamer Class MontpellierSection no.3TablesTables with pauseA
B C1 2 3A B CBeamer Class MontpellierSection no.3TablesTables with
pauseA B C1 2 3A B CBeamer Class MontpellierSection
no.3TablesTables with pauseA B C1 2 3A B CBeamer Class
MontpellierSection no. 4blocsblocstitle of the blocbloc texttitle
of the blocbloc texttitle of the blocbloc textBeamer Class
MontpellierSection no. 5split screensplitting screen
Beamer
Beamer Class
Beamer Class LatexInstructor TitleSascha Frank LATEX Course
1Sascha Frank Course serialBeamer Class MontpellierSection no.
5Picturespictures in latex beamer classFigura: show an example
pictureBeamer Class MontpellierSection no. 5joining picture and
listspictures and lists in beamer class
subject 1
subject 2
subject 3Beamer Class MontpellierSection no. 5joining picture
and listspictures and lists in beamer class
subject 1
subject 2
subject 3Beamer Class MontpellierSection no. 5joining picture
and listspictures and lists in beamer class
subject 1
subject 2
subject 3Beamer Class MontpellierSection no. 5joining picture
and listspictures and lists in beamer class
subject 1
subject 2
subject 3Beamer Class MontpellierSection no. 5joining picture
and listspictures and lists in beamer class
subject 1
subject 2
subject 3Beamer Class MontpellierSection no. 5joining picture
and listspictures and lists in beamer class
subject 1
subject 2
subject 3plain, or a way to get more spaceFigura: show an
example pictureBeamer Class MontpellierSection no. 5pictures which
need more spacelists with pauseNa produo do petrleo, o escoamento
bifsico de lquido e gsacontece frequentemente nas suas diversas
etapas, trazendoconsigo desaos considerveis devido complexidades
dofenmeno interfacial. Assim, ao longo dos ltimos anos,
vriostrabalhos sobre o escoamento lquido-gs tm sido
desenvolvidosvisando aumentar conhecimento de este tipo de
escoamento [1, 2].Beamer Class MontpellierSection no. 5pictures
which need more spacettt[1] H. Q. Zhang, Q. Wang, C. Sarica, J. P.
Brill, Unied model forgas-liquid pipe ow via slug dynamics part 1:
modeldevelopment, Journal of energy resources technology 125
(4)(2003) 266273.[2] Z. S. Mao, A. Dukler, An experimental study of
gas-liquid slugow, Experiments in Fluids 8 (3-4) (1989) 169182.
