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In the present study, we report on the combined efforts of material chemistry, engineering and biology as a systemic approach for the fabrication of high viability 3D printed macroporous gelatin methacrylamide constructs.
Easily processable conjugated polymers for optoelectronics, in general, and for photovoltaic energy conversion, in particular, is an attractive research field, in which the combined efforts of material science, device engineers, and spectroscopists are welcomed.
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With a view to achieving high fracture toughness of ceramic materials, the major effort of the materials community in the field of structural materials has been directed toward incorporating a variety of energy-dissipating phenomena in the fracture process of ceramics, i.e. imparting damage-tolerant behavior.
In this way a construction whose material properties vary from point to point in a way directly dependent on the effort of the material, i.e. adequately to the needs arising from the necessity of carrying the load by the construction, was obtained.
Large efforts in the field of material science are spent on the development of novel functional materials.
Thus, advances in the photocatalytic CO2 conversion deserve systematic efforts in the fields of material science and reactor engineering.
Meeting these requires the combined efforts of engineers, designers, materials suppliers and the manufacturer, with the mould maker usually at the centre of the discussions.
In the past two decades significant research efforts of chemists, physicists, materials scientists and electronic engineers have been devoted to the elaboration of semiconductor nanocrystals with controlled optoelectronic properties and dispersable in various media, including aqueous ones.
With the steady R&D efforts of Engineering Research Association for Superconductive Generation Equipment and Materials (Super-GM), the technologies to design and construct the Pilot SCG of 200 MW class had been established, finally through the verification tests of the model machines of 70 MW class.
Which is to say, sweeping off the porch, along with all the other humdrum habits that follow throughout the day, seems simply like some kind of material effort to unravel the day before, some sort of ceremony to sameness.
In engineering fields, accomplishing an objective with a minimum of effort, either in terms of material, time, or other expense, is a basic activity.
Write better and faster with AI suggestions while staying true to your unique style.
Since I tried Ludwig back in 2017, I have been constantly using it in both editing and translation. Ever since, I suggest it to my translators at ProSciEditing.

Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com