The phrase "alignment temperature" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or any field where temperature adjustments are necessary for alignment purposes.
Example: "The technician adjusted the alignment temperature to ensure optimal performance of the machinery."
Alternatives: "calibration temperature" or "tuning temperature".
The alignment temperature was 60°C, awaiting a product size of 545 bp [ 22].
The alignment temperature was 51°C and an amplified product of 469 bp was obtained.
In general, AT/TA and ATA/TAT microsatellites were highly prevalent and highly polymorphic in the inter-genepool population, however, some amplification problems of these microsatellites may have been attributable to their palindromic sequences, low alignment temperature or high probability of self complementarity.
Shape-memory surfaces with on demand, tunable nano-patterns have been developed to observe time dependent changes in fibroblast cell alignment using temperature-responsive poly(ε-caprolactone) (PCL) films.
Molecular dynamics (MD) simulations have been widely used to study liquid crystals, providing insight into their behaviour and giving successful comparisons with various experimental properties, including alignment, transition temperatures and rotational viscosities.
The low temperature alignment technology will help the advancements in fast-response and flexible displays.
In this paper, we proposed to use ultraviolet-curable liquid crystal polymer (LCP) in conjunction with polyhedral oligomeric silsequioxane (POSS) nano-particles (2 5 nm) to develop a low temperature alignment technology with wide range of liquid crystal pre-tilt angles.
These include the number of taxons in the alignment, the melting temperature and GC content of the proposed primers and the length of the intron(s) separating the two primers.
Schematic view of apparatus developed to measure magnetic grain alignment under low-temperature conditions between T = 100 K and 10 K (Uyeda et al., 2001, 2004c).
It is shown that liquid crystalline smectic or columnar phase formation enables to stabilize photoinduced alignment even at temperatures above the glass transition.
Here, we investigated the CTE of aligned multi-walled CNT (MWCNT) reinforced epoxy composites in the MWCNT alignment direction in the temperature range of 30 60 °C.
