'manifold processes' is a correct and usable phrase in written English.
It can be used to refer to a range of complex or varying procedures. For example: "The success of the company relied on the implementation of manifold processes."
The reverse contrast failed to reveal better integration of behaviour with regional brain activity in TSD than RS subjects, suggesting that navigation after a night of sleep deprivation may be supported by manifold processes, more than by a purely spatial, hippocampus-dependent, or response-based, caudate-dependent, strategy.
Although it is represented in the schematic above as a unitary process, biological mechanism may be more accurately considered to be a manifold process that includes several subcomponents.
The delicacy lies in the complex nature of the plasma and subsequently the manifold atomic processes.
HA/CD44 interactions are involved in manifold signaling processes, in wound healing and tumor progression.
Highlights cover preparation of novel phospholipid analogs based on the latest understanding of pivotal role of phospholipids in manifold biological processes, exploration of remarkable application potentials of phospholipids in meliorating human health, as well as development of new chemical and biotechnological approaches applied to the modification of phospholipids.
There is ample genetic evidence showing that H is involved in manifold developmental processes in Drosophila.
Extraction of natural resources, processing of materials, energy consumption, transports, production processes, manifold forms of use of technology, operation of technical plants and disposal processes produce an enormous amount of material emissions which are then released into the environmental media water (ground water, surface water and oceans), air, and soil.
Compared with integer-order derivatives, it has a greater advantage in describing the memory and hereditary properties of manifold materials and processes (see [1 3]).
These research efforts have shown that, compared with integer calculus, fractional calculus has a greater advantage in describing the memory and hereditary properties of manifold material and processes, and fractional calculus has plenty of freedom when we simulate real-world problems.
Levi-Civita's construction of infinitesimal parallel transport on a manifold required the process of embedding the manifold into a flat higher-dimensional metric space.
During this iterative process manifold artifacts are developed and modified, including, e.g. models, source code and usability evaluation data.
