The phrase "in a network form" is grammatically correct and can be used in written English.
It is typically used to describe something that is organized or structured in a way that resembles a network. Example: The information was presented in a network form, with interconnected nodes and relationships between them. This allowed for a clearer understanding of the complex concepts involved.
As we see, the MUE and its cooperated jammers as a coalition S, all the coalitions (including the singleton coalitions, i.e., an MUE without a jammer or a non-jammer SBS) in a network form a network partition (prod ={S_{1}, S_{2},ldots } ) whose formal definition will be given in next section.
Alternatively, the omics data can be interrogated based on their inherent connection and association in a network form.
Such pathway simulation models are often represented in a network form: nodes stand for concentrations or activity levels of pathway components (e.g., gene, protein or metabolite) and edges reflect the interaction of one node on the time derivative of another (Fig. 2a).
With two antigen binding sites per protein unit, an antibody can also precipitate the antigen by cross-linking in a network formed with other antibodies.
It was also observed that the formation of a cage encapsulating the high temperature gases in a network formed by the gelling agent could result in a longer ignition delay.
In fact, the studied network, a network formed by electrically connected Hindmarsh-Rose neurons [18], can have simultaneously self-excitable and non-self-excitable channels.
In CAPS, mobile hosts in a cellular network form an overlay multi-hop wireless network.
They provide spatial diversity because the terminals in a relay network form virtual multiple antenna systems.
Increasing the nitriding time is beneficial to the distribution of Ti2AlN particles in a continuous network form.
B. mycoides colonized in a mycelial network formed by P. frequentans on a polyethylene surface.
The time development of the conductivity and permittivity spectra during crystallization and melting is discussed in terms of charge carrier diffusion in a percolation network formed by the amorphous phase of the semi-crystalline polymer.
