"boiling resistance" is a grammatically correct phrase and can be used in written English.
It is typically used to describe the ability of a material or substance to withstand high temperatures without boiling or evaporating. Example: The scientists tested the boiling resistance of various metals and found that titanium had the highest resistance, making it an ideal choice for use in high-temperature applications.
The experimental results show that the boiling thermal resistances of the system with a graphite foam insert are about 2 and 3 times lower than those of the copper block immersed in FC-72 and HFE-7000, respectively.
With these positives results it may be possible to do deeper studies in this adhesive, such as evaluate the resistance with boiling, dry, cycle and cold water treatments.
To obtain more reliable information on the adherence of the Au layer on the glass substrate, two kinds of layer stability tests have been devised: (a) resistance to boiling water for a predetermined time and (b) pull off tests.
The Ni-based glassy alloys demonstrate high corrosion resistance in boiling 6 N HNO3 solutions with and without Cr6+ ions, which may be of great potential for nuclear fuel reprocessing applications.
The following crosslinking reaction can be assumed: From a modified PVAL containing 1.0 mol% of N- n-butoxymethyl -acrylamide uN- n-butoxymethyl -acrylamideiN- n-butoxymethyl -acrylamide water, 0.8% of the sol fractioN- n-butoxymethyl -acrylamideing degree, has been obtained.
Popular resistance is boiling over on the GMO labeling issue, as the New York Times reported last week in a front-page story.
To test nanoparticle resistance to boiling temperatures, the 5′-end of the A, both RNA and 2′F-U/C, strand was [γ-P]-ATP labeled, and these were then preassembled with their complementary strands.
Growing resistance boiled over on June 1976, when 20,000 students took to the streets in a protest called the Soweto Uprising.
Thermodynamic losses caused by the flow resistances and the boiling point elevation (BPE) in low-temperature multi-effect evaporation (LT-MEE) desalination plant were investigated.
The resistance of MIR2911 to boiling process or even RNase treatment was abolished after the sequence was changed and GC content was decreased.
