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Exact(11)
In the "decomposition stage", the calculation of a wave model adapted to the decomposition of the time-derivatives in simple wave contributions is derived; then the local spatial interpolator is used in order to calculate the wave strengths for each wave.
Often, the impairment percentage so derived, then is directly translated into a monetary sum for purposes of compensating these losses.
First, rotation transformation formula for space vector is derived, then, the direct vector formulae for optical laws are set up.
In most PEMs the potential (maximum) LUE value is empirically derived, then reduced due to environmental constraints [2].
Hence, an analytical expression for noise level including higher modes has been first derived, then a method for obtaining optimal parameters for noise reduction absorbers is presented.
At first, the equivalent dynamic stiffness matrix of each leg, made up of curved links joined by spatial joints, is derived; then these matrices are assembled to obtain the Global Dynamic Stiffness Matrix of the robot at a given pose.
Similar(48)
We derive then the corresponding test from (12).
A constraint solver derives then automatically the design intended by exploiting these constraints.
A non-linear model is derived and then employed for parameter identification.
These points are first theoretically derived, and then numerically experienced on hexagonal chiral and achiral lattices.
An appropriate Gibbs Thomson equation is first derived, and then particle growth rates are calculated.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com