Sentence examples for basic equations for the from inspiring English sources
Richard Feynman once walked into my tiny office at Caltech and, in 20 minutes at the blackboard, outlined the basic equations for the quantum evaporation of spinning black holes, an ingenious idea that had just occurred to him on the spot.
The basic equations for the plates are first transferred into Hamilton canonical equations.
Basic equations for the overpotential build-up and decay transients of the coupled-controlled electrode reaction are presented.
In this paper, the phenomena involved in large material deformations are analyzed in detail and the basic equations for the Chen's large deformation theory are presented.
The resulting incremental constitutive equation was defined using three basic equations for the creep, shrinkage, and development of the elastic modulus.
The new basic equations for the detachment of fine particles, their migration and size exclusion, causing the rock permeability decline during gas production, have been derived.
Performance curves can be deterministically predicted from the AASHTO basic equation for the design of flexible pavement [3] or probabilistically predicted using the discrete-time Markov model [4, 9, 15].
Briefly, the basic equation for the intravascular blood flow is the flux concentration and incompressible flow at each node.
Methylation percentage for each CpG site within the DNA amplicon was quantified by measuring the ratio between peak height values of cytosine (C) and thymine (T), yielding the basic equation for the methylation percentage to be (C/[C + T] × 100) when the forward primer is used for DNA sequencing.
Sequencing was performed using the forward primer and the methylation percentage for each CpG site in the CpG island was quantified by measuring the ratio between peak height values of cytosine (C) and thymine (T), yielding the basic equation for the methylation percentage to be (C/(C + T) *100) [ 28].
The basic equation for the RTI method, omitting terms for loss, is: 2 where C r,t) is the concentration at radial location r from the source micropipette and Q is the source strength as a function of iontophoresis current and source transport number.
