The phrase "manufacture mode" is not correct and usable in written English.
It is not a commonly used phrase in English and it does not make grammatical sense. A better phrase to use would be "manufacturing mode" which would refer to the process or state of producing something in a factory or plant. For example: "The company switched to a more efficient manufacturing mode, which increased production by 50%."
The successful use of piezocomposite materials to manufacture dual-mode transducers opens new perspectives for interstitial ultrasound thermal therapy.
Fabrication of herbochips - arraying the HPLC fractions on plastic slides: The blank chips were manufactured by mode injection followed by surface-activation [ 17].
Various strategies have been deployed to design and manufacture single transverse mode fibre oscillators and amplifiers, among which making use of the so-called photonic bandgap effect to restrict the modal population seems promising.
In the end she sees no paradox or contradiction in the coexistence of two contrasting epistemic profiles: "Hobbyist tinkering and industrialized manufacture are two modes of production that are not dialectically opposed in the twinned cultures of synthetic biology and DIY biology" (ibid., 128).
Exact methods of determining levels of drugs in blood and organs have revealed that slight changes in the mode of manufacture or the incorporation of a small amount of inert ingredient in a tablet may diminish or completely prevent its absorption from the gastrointestinal tract, thus nullifying the action of the drug.
Two different types of electroviscometers are designed and manufactured for the shear mode and the flow mode, respectively.
This paper presents a method of dynamically validating the FE model by comparing experimental modal analysis (EMA) data measured from a manufactured racket with the mode shapes calculated by the finite element analysis software.
To investigate the degradation mechanism of supercapacitors from world-famous commercial manufacture Nesscap at different failure-mode, post-mortem pore structure and chemical ageing analyses were applied for the positive and negative electrodes components, followed by the ageing behavior characterization during galvanostatic charge/discharge (GCD) cycling at room temperature for 60,000 cycles.
The AFM characterizations of AuNP attachment was performed by a Bruker Multimode apparatus operating in the PeakForce® mode and with apparatus manufactured by NT-MDT (Russia).
The surface of the coating was characterized by molecular imaging atomic force microscopy (AFM) using SLOVER PRO, multi mode scanning probe microscope manufactured by M/s NTMDT, the Irelands.
