Sentence examples for material equal to from inspiring English sources

The micro-hardness of substrate under the coating to a depth of 200 μm changes from 400 HV0.3 to an average hardness of the specimen material equal to 346 HV0.346

In detail, this compound resulted to be one of the most effective medium found so far for dispersing graphene, allowing for a concentration of this material equal to 8.00 mg/ml.

In a thermocol sheet (packing material) equal to the size (upper rim) of the plastic tray, holes were made at 10 × 15 cm intervals and seedlings were placed with a cotton plug.

A 50  μl aliquot of the extracted DNA from the biopsy samples and a 10  μl aliquot of the extracted DNA from the LBC samples (i.e., approximately 10% of the original 1 ml material, equal to the suggested input for the Roche Linear Array (LA) test (Roche Molecular Systems, Inc., Branchburg, NJ, USA)) was used for the PCR reaction stage of the Roche LA test.

If every GM car and light truck had an interior with a layout, fit, finish and quality of the materials equal to the TrailBlazer, the company would easily have another point or two of market share.

It also has the ratio of compact to fluffy particles close to the one found in situ for comet 1P/Halley and the mass ratio of silicate to carbonaceous materials equal to unity that is in accordance with the elemental abundances of Halley's dust found by Giotto mission.

According to the conservation of energy, the complementary energy of damaged material is equal to that of the elastic material, as long as the stress is converted into an equivalent stress or the elasticity modulus is equal to an equivalent elastic modulus when the material is damaged.

The other two commonly known steady pyrolysis rates manifest when the pyrolysing material is thermally thick and when the temperature throughout the pyrolysing material is equal to its pyrolysis temperature.

The baryon number of a material is equal to the total number of protons and neutrons in its nucleus.

The required integration time is minimised for a material thickness equal to twice the exponential attenuation length.

It is shown that, to a very good approximation, the torsional rigidity (D) of a nanosized bar differs from the prediction of standard continuum mechanics (Dc) as (D−Dc)/Dc=Ah0/a where A is a non-dimensional constant, a is the size scale of the cross-section of the bar and h0 is a material length equal to the ratio of the surface elastic constant to the bulk elastic constant.