Microsecond photocapacitance transients observed using a charged microcantilever as a gated mechanical integrator | Metal Sintered Filter Sheet

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Pytel, D., Sliwinski, T., Poplawski, T., Ferriola, D. & Majsterek, I. Tyrosine kinase blockers: new hope for successful cancer therapy. Anticancer Agents Med. Chem. 9, 66–76 (2009).

Zhang, Y. C., Snedaker, M. L., Birkel, C. S., Ji, X. L., Shi, Y. F., Liu, D., Liu, X. N., Moskovits, M. M. & Stucky, G. D. Silver-based intermetallic heterostructures in Sb2Te3 thick films with enhanced thermoelectric power factors. Nano Lett. 12, 1075–1080 (2012).

According to the article, Centralab began mass producing printed circuit boards in 1945 for a mortar shell proximity fuse. But these were not printed circuits in the sense that we think of them today. A ceramic substrate was the base for silver and graphite paint applied via silk screen. The silver makes wires and the graphite makes resistors. Seems like conductive ink circuits isn’t at all new concept!

You can’t print something as big as rocket without a massive printer, so one of Relativity Space’s first milestones was the completion of what they call Stargate: the world’s largest metal 3D printer. Taking up an entire room, it doesn’t look anything like the 3D printers most of us are familiar with. Made up of three Kuka robotic arms (the type generally used to assemble automobiles) carrying lasers, cameras, and sensors, Relativity claims Stargate is able to print faster and smarter than anything else on the market. Using machine learning, Stargate is able to visually identify and correct for printing defects and modify future runs; so the longer it prints, the better it gets at it.

The compression strength and Young’s modulus of the scaffolds were measured in compression in a Zwick AG-100KN testing machine. The tests were conducted on the specimens with dimensions of Φ10 mm × 20 mm at a cross-head speed of 1 mm/min.

Is this also a reason why this model has been introduced only a year after the last iteration of the Powerfly?

All scans were conducted on a Bruker Skyscan 1173 MicroCT, hardware version A. Images were scanned using Skyscan Control Software version 1.6 (Kontich, Belgium). Calvaria were scanned at a resolution of 2240 × 2240 pixels (image pixel size of 14.74 μm), with x-rays of 105 kV and 65 μA using a 0.25 mm brass filter and exposure time of 500 ms and a rotation step of 0.4°. When assessing the requirement for DBX, calvaria were scanned as above using 130 kV, 61 μA, exposure time of 1600 ms, and an image pixel size of 11.86 μm. All calvarial implants that were not destined for mechanical testing were fixed in 10% neutral buffered formalin prior to scanning. Those calvarial implants intended for mechanical testing were scanned as fresh tissue. Rabbit tibial implants were scanned at a resolution of 1120 × 1120 pixels, 75 Kv, 106 μA, exposure time of 1200 ms, using a 0.25 mm brass filter with an image pixel size of 20.85 μm over 360° and a rotation step of 0.400°. Samples were fixed in 10% neutral buffered formalin prior to scanning. A standard Feldkamp reconstruction was performed on a subset of samples using NRecon Software version 1.6.9.17 (Kontich, Belgium) with a Gaussian smoothing kernel of zero and a beam hardening correction of 20%. Analysis of all samples was conducted with CTAn software version 1.14.4.1 (Kontich, Belgium). Bone-to-implant contact was calculated as a function of the total bone volume immediately connected to the total volume of the implant in all studies. Bone ingrowth into calvarial disk holes was calculated as a function of total bone volume within the volume of all of the disk holes of the implant.

Mimete S.r.l., Osnago, Italy, a division of the Fomas Group, Osnago, Italy, has started to produce metal powders from its new and customised VIGA (…»

The module — without tubes — was an inch and a quarter wide and nearly as long. An Allied Radio catalog described it as “no larger than a book of paper matches” and sold it for $15.29, including the tubes.

movie S9. A patterned multilayer strain sensor detects various degrees of bending (0° to 40°) with rapid response.

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