Sentence examples for exists a differential from inspiring English sources

This mapping can be obtained if there exists a differential primitive element which generates a differential transcendence basis.

Next, the LCM results enable us to examine whether there exists a differential health behavior response to job strain.

There exists a differential operator B of order (k+1), depending on horizontal derivatives of (a_{ij}^epsilon ) of order at most k, such that begin{aligned} X_{i_k}^epsilon cdots X_{i_1}^epsilon left( L_{epsilon,(x_0,t_0)}-L_epsilon right) = sum _{i,j=1}^n left( a_{ij}^epsilon - a_{ij}^epsilon (x_0, t_0) right) X_{i_k}^epsilon cdots X_{i_1}^epsilon X^epsilon _iX^epsilon _j + B. end{aligned}.

Among different household goods and housing qualities, there exists a differential mortality risk reduction for different age groups as well.

It is currently recognized that clinical assessment alone is often insufficient to ensure a secure diagnosis of EIB; symptoms have poor predictive value and there exists a broad differential diagnosis [ 8].

There also exists an incidence differential between Canada and the US, with the US having somewhat higher incidence.

(i For any homomorphism of Lie groups, there exists a unique homomorphism (differential of ) of Lie algebras, making the following diagram commuting: (3.4).

While some recent evidence exists showing a differential effect between glucose and fructose on the function of brain regions implicated in appetite and food reward, this concept needs to be confirmed in humans and a non-rodent animal, under controlled experimental conditions and using a physiological fructose intake.

If the function satisfies the differential inequality (3.3) for all and for some, then there exists a solution of the differential equation (1.6) such that (3.12).

If a differentiable function is a solution of the differential inequality, where is an open subinterval of, then there exists a solution of the differential equation such that for any.

Here, we will introduce a result of Alsina and Ger (see [9]): If a differentiable function is a solution of the differential inequality, where is an open subinterval of, then there exists a solution of the differential equation such that for any.