Difference between revisions of "Math with newmat"
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m (another link) |
m (Removed extraneous brackets, cleaned spacing, corrected "permeance" misspelling.) |
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Line 7: | Line 7: | ||
\startformula | \startformula | ||
− | q = \delta \frac | + | q = \delta \frac{\partial p}{\partial x} = |
− | \delta (\phi )p_{vsat} (\theta )\frac | + | \delta(\phi) p_{vsat}(\theta) \frac{\partial \phi}{\partial x} = |
− | \left[ | + | \left[ \frac{\delta_a}{\mu(\theta)} p_{vsat}(\theta) \right] \frac{\partial \phi}{\partial x} = |
− | k\frac | + | k \frac{\partial \phi}{\partial x} |
\stopformula | \stopformula | ||
\startlegend | \startlegend | ||
\leg k \\ water vapor permeability \\ \\ | \leg k \\ water vapor permeability \\ \\ | ||
− | \leg K \\ water vapor | + | \leg K \\ water vapor permeance \\ \\ |
\leg S \\ surface \\ \\ | \leg S \\ surface \\ \\ | ||
\leg L \\ length \\ \\ | \leg L \\ length \\ \\ | ||
Line 35: | Line 35: | ||
\startformula | \startformula | ||
− | q = \delta \frac | + | q = \delta \frac{\partial p}{\partial x} = |
− | \left[ | + | \delta(\phi) p_{vsat}(\theta) \frac{\partial \phi}{\partial x} = |
+ | \left[ \frac{\delta_a}{\mu(\theta)} p_{vsat}(\theta) \right] \frac{\partial \phi}{\partial x} = | ||
+ | k \frac{\partial \phi}{\partial x} | ||
\stopformula | \stopformula | ||
\startlegend | \startlegend | ||
\leg k \\ water vapor permeability \\ \\ | \leg k \\ water vapor permeability \\ \\ | ||
− | \leg K \\ water vapor | + | \leg K \\ water vapor permeance \\ \\ |
\leg S \\ surface \\ \\ | \leg S \\ surface \\ \\ | ||
\leg L \\ length \\ \\ | \leg L \\ length \\ \\ |
Revision as of 02:52, 4 July 2005
< Math | MathML | Math with amsl | Math with nath >
Here a short example how to use math with the newmat module (you can use inline math with $ some math $ ):
\usemodule[newmat] \startformula q = \delta \frac{\partial p}{\partial x} = \delta(\phi) p_{vsat}(\theta) \frac{\partial \phi}{\partial x} = \left[ \frac{\delta_a}{\mu(\theta)} p_{vsat}(\theta) \right] \frac{\partial \phi}{\partial x} = k \frac{\partial \phi}{\partial x} \stopformula \startlegend \leg k \\ water vapor permeability \\ \\ \leg K \\ water vapor permeance \\ \\ \leg S \\ surface \\ \\ \leg L \\ length \\ \\ \stoplegend Aligning is also possible: \startformula\eqalign{ t_{L,early} & = t_{L,late} = t_{L,ray} \cr & = 6\ \mu m \cr }\stopformula
looks like:
(The sample was sent to the mailing list on 2005-06-28 by Wolfgang Zillig.)