The phrase "approximation more" is not correct and does not convey a clear meaning in written English.
It seems to be an incomplete thought and lacks context to determine its intended use.
Example: "The approximation more closely resembles the actual value than previous estimates."
Alternatives: "greater approximation" or "more accurate approximation".
It tells us to go for approximation — more approximate solutions, which find many right answers, but not all right answers.
Our results reproduce reference data from the random-phase approximation more closely than other dispersion-corrected density functionals, confirming that XDM is an excellent method for surface chemistry.
Since efficiency of LWOM does not depend on any auxiliary parameter as that of q-HATM, it converges toward an accurate approximation more competently with less time consumption.
We can therefore conclude that the number of time-slots K within the time-window T W will affect the tightness of the TGVP approximation more than the fact that the shorter time-slots are more correlated.
Higher order terms make the weak selection approximation more accurate, but the reference point remains neutral selection.
We show that by combining FTLS and the Born approximation more comprehensive information such as diameter, thickness, and the depth and width of the dimple region may be obtained.
It is noted in [20] that the function transformation generally makes the resulting equations and approximations more complicated.
The approximation becomes more and more accurate with increasing approximation order Np.
The algorithm starts with an arbitrary initial parameter vector and improves the approximation as more and more state transitions are observed.
Also, the symbol "≈" means approximately equal, with the approximation being more accurate in relative terms for smaller absolute values, as shown in the table below.
We study the accuracy of those approximate solutions and demonstrate, that the quasi-analytical approximation is more accurate, than the Born approximation.
