The phrase "adequate viscosity" is correct and usable in written English.
It can be used in contexts where you are discussing the thickness or consistency of a liquid or substance, indicating that it meets a necessary standard or requirement.
Example: "The paint must have adequate viscosity to ensure proper application and coverage on the surface."
Alternatives: "sufficient viscosity" or "appropriate viscosity".
Hydrogel films were realized using an oligomer mixture (HEMA PEGDA575/photo-initiator) witHEMA PEGDA575/photo-initiator
Polymer mixtures were prepared using HEMA (as a base monomer) and DEGDMA, PEGDA575, PEGDA700 or AAm (as crosslinking agents); a thermal initiator was added to obtain a final pre-hydrogel (oligomer) with an adequate viscosity for thin film formation.
It has been reported that MTA can have different physical and mechanical properties and lose consistency in the presence of excess liquid, which can occur even at the proportion recommended by manufacturers [ 2] and the resultant mix can lack adequate viscosity [ 3].
Enough viscosity to create adequate fracture width and to effectively transport and distribute proppant in the fracture.
Some of the major features that fracture fluids must possess include: 1. Enough viscosity to create adequate fracture width and to effectively transport and distribute proppant in the fracture.
Gelling agents (Pluronic F108 25-30%, Vanzan NFC 2-3%, Klucel-G 4-5%), were tested at different concentrations in order to identify an adequate enzyme support (viscosity, water release), guarantying stable reaction conditions and facilitating the cleaning procedure.
The statistical study shows that the fitted model was adequate to describe the viscosity response.
The models for the prediction of the responses with the exception of viscosity were adequate and statistically significant.
Adequate values of kinematic viscosity (measured at 30 °C) were obtained, with a minimum of 6.30 mm2/s obtained at 60 °C, 5.15:1 of methanol to oil ratio and 55.52 min.
Test results show that Krieger-Dougherty (KD) and Chateau-Ovarlez-Trung (COT) models are adequate to predict plastic viscosity and static yield stress, respectively, of the investigated mortar mixtures.
Grouts prepared with low water-to-cement ratio and containing moderate to high concentrations of viscosity-modifying admixtures yielded adequate water retentivity with minor variations in viscosity.
