Sentence examples for materials and subsequently from inspiring English sources

Although the journey to North Africa was Rauschenberg's idea, it profoundly affected Twombly: he brought back a sketchbook filled with motifs and studies of materials, and subsequently produced expressive abstract canvases whose titles were taken from the Moroccan towns Tiznit and Quarzazat.

We used expert knowledge to characterize soil materials and subsequently measured soil attributes to identify soil materials.

Na2O CaO Al2O3 SiO2 MgO glass was prepared from phosphorus slag as the raw materials and subsequently converted to glass ceramics.

Stiffeners which are used to strengthen a plate can be constructed of piezoceramic materials and subsequently used as piezo actuators to improve the load carrying capacity of the plate.

The digestion capacity of hydrochloric-nitric acids HNO3 HCl in a ratio of 1 3 mixture had proven to be the best acid combination suitable for the decomposition of TM samples due to the ability of such mixture to release the metal ions from such complex matrices of herbal materials and subsequently to minimize the noise level during the detection procedure.

The introduced portfolio of characterization techniques enables the determination of a complementary microstructural, mechanical and thermo-physical fingerprint of wear resistant hard coatings, which allows to understand the complex structure property relations in these materials and subsequently to further improve their performance.

The agency, after realizing its mistake, demanded that the lawyers return the classified material, and subsequently sealed virtually all the court records relating to the case.

First, the code is validated against experimental data for a n-Bi2Te3 Pb n-Bi2Te3 Pbal, and subsequently explored.

The canal access was sealed with a temporary restorative material and subsequently, the filled roots were stored in distilled water at 37°C for 48 h.

Bone is formed close to the material and subsequently becomes highly organized, with up to 80% of the implant surface lying in direct apposition to newly mineralized bone.

"The idea is that you could print a material and subsequently take that material and, using light, morph the material into something else, or grow the material further," said Jeremiah Johnson, Associate Professor of Chemistry at MIT. Postdoc Mao Chen and graduate student Yuwei Gu led the research and wrote a paper on the findings.