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# Janez Strnad, Stefanove elektodinamične enačbe ( Stefan's equations of electrodynamics ), ( European Journal of Physics, 1989 ).
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# and Janez
# Janez Strnad, Atlas klasične in moderne fizike ( Atlas of classical and modern physics ), translation and adaptation of Hans Breuer, dtv-Atlas zur Physik, ( Deutscher Taschenbuch Verlag, München 1987, 1988 ), DZS, Ljubljana 1993, pp 400,.
# Janez Strnad, Fizika, 1. del, Mehanika, Toplota ( Physics, 1st part, Mechanics, Heat ), ( DZS, Ljubljana 1977, pp 1 – 284.
# Janez Strnad, Fizika, 2. del, Elektrika, Optika ( Physics, 2nd part, Electricity, Optics ), ( DZS, Ljubljana 1978, pp 285 – 564 ).
# Janez Strnad, Fizika, 3. del, Posebna teorija relativnosti, Atomi ( Physics, 3rd part, Special Theory of relativity, Atoms ), ( DZS, Ljubljana 1980, pp 320 ).
# Janez Strnad, Fizika, 4. del, Molekule, kristali, jedra, delci ( Physics, 4th part, Molecules, Crystals, Nuclei, Particles ), ( DZS, Ljubljana 1982, pp 283 ).
# Janez Strnad, Mladen Gros, Marjan Hribar, Alojz Kodre, Naloge iz fizike ( Exercises from Physics ), ( DMFA SRS, Ljubljana 1981, pp 108 ).
# Janez Strnad, Fazna, skupinska, signalna hitrost ( Phase, Group, Signal Velocity ), ( DMFA SRS, Ljubljana 1975, pp 31 ).
# Janez Strnad, Poskusi v posebni in splošni teoriji relativnosti ( Experiments in Special and General Theory of Relativity ), ( DMFA SRS, Ljubljana 1977, pp 44 ).
# Janez Strnad, Na pot v kvantno elektrodinamiko ( On the way to the Quantum Electrodynamics ), ( DMFA SRS, Ljubljana 1986, pp 176 ).
# Janez Strnad, Na pot k Schwarzschildu ( On the way to Schwarzschild ), ( DMFA S, Ljubljana 1991, pp 52 ).
# Janez Strnad, Homogeno gravitacijsko polje: med posebno in splošno teorijo relativnosti ( Homogeneous Gravitational Field: Between Special and General Theory of relativity ), ( DMFA S, Ljubljana 1994, pp 44 ).
# Janez Strnad, Začetki kvantne statistične mehanike ( The Beginnings of Quantum Statistical Mechanics ), ( DMFA S, Ljubljana 1997, pp 31 ).
# Janez Strnad, Odkritje razcepa ( Discovery of the split ), ( DMFA S, Ljubljana 2000, pp 39 ).
# Janez Strnad, Jožef Stefan, Ob stopetdesetletnici rojstva ( Jožef Stefan, By his 150th anniversary of birth ), ( DMFA SRS, Ljubljana 1985 ).
# Janez Strnad, Prapok Prasnov požene v dir ( Primordial Bang drives Primordial Substance into a Gallop ), ( DZS, Ljubljana 1988, pp 81 ).
# Janez Strnad, Zgodbe iz fizike ( Stories from Physics ), ( Slovenska matica, Ljubljana 1990 ).
# Janez Strnad, Fiziki 1 ( Physicists 1 ), ( Mihelač in Nešović, Ljubljana 1995, pp 159 ).
# Janez Strnad, Razvoj fizike ( The Development of Physics ), ( DZS Ljubljana 1996, pp 400 ).
# Janez Strnad, Fiziki 2 ( Physicists 2 ), ( Modrijan, Ljubljana 1999, pp 199 ).
# Janez Strnad, Fiziki 3 ( Physicists 3 ), ( Modrijan, Ljubljana 2000, pp 227 ).
# Janez Strnad, Svet merjenj: o razvoju fizike in merjenju osnovnih fizikalnih količin ( The World of Measurements: About the Development of Physics and Measuring of Fundamental Physical Quantities ), ( DZS, Ljubljana 2001, pp 139 ).
# Janez Strnad, Sto let fizike: od 1900 do 2000 ( A Hundred Years of Physics: from 1900 to 2000 ), ( DMFA S, Ljubljana 2001, pp 233 ).
# Janez Strnad, Sto let Stefanovega zakona ( Hundred years of Stefan's law ), ( Obzornik mat, fiz.
# Janez Strnad, A. Vengar, Stefanova meritev toplotne prevodnosti zraka ( Stefan's measurements of the thermal conductivity of air ), ( European Journal of Physics, 1984 ).
# Janez Strnad, Kako je Jožef Stefan odkril zakon o sevanju ( How Jožef Stefan discovered the law of radiation ), ( Zbornik za zgodovino naravoslovja in tehnike 8, Ljubljana 1985 ).
# and Stefan's
# Janez Strnad, Stefanov tok ( Stefan's current ), ( Obzornik mat, fiz.
# Janez Strnad, Stefanova naloga ( Stefan's task ), ( Obzornik mat, fiz.
# Janez Strnad, J. Stefana ' Longitudinalna nihanja palic ' ( J. Stefan's ' Longitudal oscillations of rods ' ), ( Obzornik mat, fiz.
# Janez Strnad, Stefanova sila ( Stefan's force ), ( Obzornik mat, fiz.
# Janez Strnad, Stogodišnjica Stefanovega zakona ( Hundred years of Stefan's law ), ( Dijalektika, Belgrade 1979 3-4 ).
# and equations
# REDIRECT Fresnel equations
# REDIRECT Fresnel equations
# They are interpretations of a formalism — a set of equations and formulae for generating results and predictions — and
* 1976: # Professor Albert A. Bühlmann publishes his work extending the equations to adapt to diving at altitude and with complex gas mixes.
# REDIRECT Maxwell's equations
# REDIRECT Maxwell's equations
# From the last two equations,.
# Hamilton's equations are applied, to obtain the equations of motion of the system.
# REDIRECT Simultaneous equations
# Penetration models-use test market data to develop acceptance equations of expected sales volume as a function of time.
# Systems that simplify down to false ( for example, equations such as 1
# Systems in which both equations simplify down to an identity ( for example, x =
# Systems in which the two equations represent the same set of points: they are mathematically equivalent ( one equation can typically be transformed into the other through algebraic manipulation ).
# Systems in which one ( and only one ) of the two equations simplifies down to an identity.
# redirect System of linear equations
# Conservation of momentum: Consisting of a form of the Navier – Stokes equations that describe hydrodynamical flow on the surface of a sphere under the assumption that vertical motion is much smaller than horizontal motion ( hydrostasis ) and that the fluid layer depth is small compared to the radius of the sphere
# redirect Maxwell's equations
# REDIRECTNavier – Stokes equations
# REDIRECT Laser diode rate equations
# REDIRECT Einstein field equations
# REDIRECT Einstein field equations
# REDIRECT system of linear equations.
# REDIRECT Maxwell's equations
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