"in differential forms" is a correct and usable phrase in written English.
You can use it to refer to varied forms of something, especially when that something is related to mathematics, science, or engineering. For example, you could say, "This equation can be expressed in differential forms, depending on the application."
It is well known that Lipschitz and BMO norms are two kinds of important norms in differential forms, which can be found in [11].
The homotopy operator T, the exterior derivative operator d, and the projection operator H are three important operators in differential forms; for the first two operators play critical roles in the general decomposition of differential forms [15] while the latter in the Hodge decomposition [16].
Finally, the size of our sample did not permit to accurately compare the developmental courses of schizophrenia and bipolar disorder and our data cannot eliminate the possibility that the quantitative difference in cognitive impairments observed between the two disorders [4] could take origin in differential forms of early trajectories or different sensitive periods.
Model equations for kinetics are derived in differential form based on mass balance considering transport of species.
The SNMIP represents a modification of the iterative numeric method of initial parameters in differential form known in the literature.
Limit states are formulated using an incremental load formulation in differential form considering both random strengths and stiffnesses.
In the present paper, a simple rotameter transmitter has been studied using an inductive coil in differential form as a secondary sensor and rotameter as the primary sensor.
after simplification and proper arrangement with the assumption |τi| = |τw| yields the force balance in differential form as follows: Figure 16 Forces on the fluid element.
The viewpoint advocated is that a numerical algorithm should preferably honor both the physical conservation law in differential form and the geometric conservation law in discrete form.
The fundamental equations of elasticity with extensions to electromagnetic effects are expressed in differential form for a regular region of materials, and the uniqueness of solutions is examined.
