#borid

[baubeautyandthegeek]

In The Dark

A/N: Ziva tries to calm Abi when a power outage catches her off-guard. Written as part of @storiesofsvu​ ‘s Holiday Bingo. This is probably the only none-Christmas adjacent one so far.

The power outage comes when everyone else is at home, Ziva glad that at least she can go home without worrying… and then she finds Abi. Abi who is curled into herself, standing but shaky. They had discussed Abi’s hatred of the dark before but this time Ziva doesn’t ask, just lets them both in and locks the door behind them, turning the lights on to lead Abi towards the bedroom, knowing they would be sharing for the night. Labels had never been put on their relationship, but Abi tended to come to Ziva for help when she most needed rest. Ziva did her best, despite her fears of accidentally hurting her, to calm Abi. They are changing for bed when the lights go out, the power outage finally reaching them. Abi, when Ziva finds her, is upright, feeling for the door and Ziva, for safety. Impulse leads Ziva to pull Abi closer, lead her to the bed using her torch, settling them both and curling around Abi, her voice soft. “You’ll be safe here Abi, just try and sleep.”

[materialsscienceandengineering]

Computational method discovers hundreds of new ceramics for extreme environments

If you have a deep-seated, nagging worry over dropping your phone in molten lava, you're in luck. A research team led by materials scientists at Duke University has developed a method for rapidly discovering a new class of materials with heat and electronic tolerances so rugged that they could enable devices to function at lava-like temperatures above several thousands of degrees Fahrenheit. Harder than steel and stable in chemically corrosive environments, these materials could also form the basis of new wear- and corrosion-resistant coatings, thermoelectrics, batteries, catalysts, and radiation-resistant devices. The recipes for these materials—ceramics made using transition metals carbonitrides or borides—were discovered through a new computational method called Disordered Enthalpy-Entropy Descriptor (DEED). In its first demonstration, the program predicted the synthesizability of 900 new formulations of high-performance materials, 17 of which were then tested and successfully produced in laboratories.

Read more.

[salpho]

Is for me??

[1c3d-choco]

My FNF brainrot still resisted my BATIM brainrot this time but I'll focus on BATDR more since it got released :D

Anyways, here are some drawings I made. I drew Audrey and Toon Bendy, plus my favourite Ink Demom himself but he's doing one of Trollge GF's poses

*ref for the second image*

[importexportinfo]

https://www.thetradevision.com/products/boride-import-export-data

Boride is a chemical compound made up of boron and a less electronegative element, such as silicon. The borides are a huge class of substances that tend to have high melting points and are more covalent than ionic in makeup. Download boride buyers suppliers details here.

[katmanreal]

Borid

Waiting for that 12 aclock to hit..

[edgetechindustriesllc]

Application of Silicon Nitride Ceramics

Silicon nitride (Si3N4) ceramics have the advantages of high specific strength, high specific modulus, high-temperature resistance, oxidation resistance and wear resistance, and thermal shock resistance.

The initial application of silicon nitride ceramics was mainly used in machinery, metallurgy, chemical industry, aviation, semiconductor, and other industries, as parts of certain equipment or products, and achieved good expected results. In recent years, with the manufacturing process and test analysis with the development of technology, the reliability of silicon nitride ceramic products has been continuously improved. The main contents of related applications include high-speed turning tools in the machinery industry, bearings, supports for heat treatment of metal parts, rotor engine blades, gas turbine guide vanes turbine blades, etc.

Because of its superior mechanical, chemical, electrical, optical, and thermal properties, traditional silicon nitride ceramics are made of large-grained, multi-phase powder sintered, so they have high brittleness, poor uniformity, low reliability, toughness, and strength are very poor, and its application is greatly limited. Nano-silicon nitride has the following characteristics: extremely small particle size, large specific surface area and high chemical properties, which can significantly improve the densification of silicon nitride ceramics during the sintering process. It can reduce the sintering temperature and save energy; and can make the composition and structure of silicon nitride ceramics uniform, improve the performance of the material, and improve its reliability.

With the advancement of science and technology, metallurgical enterprises are increasingly developing in the direction of large-scale, continuous, automated, pollution-free, low-consumption, etc. Therefore, metallurgical enterprises must adopt new technologies, new equipment, and new materials in many materials. The carbon nitride ceramic materials produced by silicon and silicon nitride composites are continuously used by metallurgical enterprises all over the world and are also more and more widely used in the metallurgical industry.

Silicon nitride ceramics are high-temperature ceramics with high-temperature strength, high hardness, wear resistance, corrosion resistance, and self-lubricating properties. The coefficient of linear expansion is the smallest among various ceramics. In addition to hydrofluoric acid, it is resistant to corrosion by other acids, alkali, and various metals, and has excellent electrical insulation and radiation resistance. It can be used as a high-temperature bearing and a sealing ring used in corrosive media, Thermowell, can also be used as a metal cutting tool.

Ceramic materials used in automobile engines, energy-saving and emission-reducing automobiles are obtained by using high-purity and ultra-fine oxides, nitrides, borides, and other raw materials through special processes such as pretreatment, crushing, grinding, mixing, forming, drying, and sintering. Inorganic non-metallic material with fine structure. It has a series of advantages such as high strength, high heat resistance, corrosion resistance, high hardness, high wear resistance, low density, small deformation, thermal shock resistance, especially tensile strength and bending strength of silicon nitride is comparable to that of metal. Silicon nitride belongs to structural ceramics. The quality of structural ceramics is half that of iron. The energy-saving effect is very significant. At the same time, it can also reduce environmental pollution and save metal materials such as steel.

The initial application of silicon nitride ceramics was mainly used in machinery, metallurgy, chemical industry, aviation, semiconductor, and other industries, as parts of certain equipment or products, and achieved good expected results. In recent years, with the manufacturing process and test analysis with the development of technology, the reliability of silicon nitride ceramic products has been continuously improved, so the application area is constantly expanding. Or electrical insulators with dramatic temperature changes, randoms, missile tail nozzles, supports and spacers in atomic reactors, carriers of nuclear fission materials, etc.

Silicon nitride Si3N4 ceramics has excellent comprehensive properties and abundant resources, is an ideal high-temperature structural material, has a broad application field and market, and all countries in the world are competing for research and development. Ceramic materials have the characteristics of wear resistance, corrosion resistance, high-temperature resistance, oxidation resistance, thermal shock resistance, and low specific gravity that are incomparable with general metal materials. Metal materials and polymer materials have become the key basic materials to support the pillar industry in the 21st century. There are also many types of silicon nitride ceramic products, and their applications are becoming more and more extensive.

[materialsscienceandengineering]

Molybdenum boride ceramics developed for harsh environment SERS detection

A research team has successfully synthesized three different crystalline phases of molybdenum boride with a strong Raman signal enhancement performance. These findings were published in the journal of Small. The researchers were led by Prof. Huang Zhulin at the Institute of Solid State Physics, Hefei Institutes of Physical Science of the Chinese Academy of Sciences, along with researchers from the University of Massachusetts Amherst. Surface-enhanced Raman scattering (SERS) is a rapid and non-destructive detection method widely used in various fields including trace pollutant monitoring, food safety, chemical catalysis, and molecular fingerprint identification. However, most noble metal SERS materials are costly and exhibit poor physical and chemical stability, especially under extreme conditions such as high temperatures and strong corrosive environments, where SERS enhancement effect diminishes rapidly.

Read more.

[salpho]

HIM BORIDS THE WOLF

[y2fear]

Scientists investigate a better way of releasing hydrogen stored in hydrogen boride sheets

[eibaqin]

Nah, pasti disana timbul banyak pertanyaan di benak kalian, apa kenyataannya juga ada ya? eiittss, nggak usah bingung, nggak usah ketriggered.

Faktanya, tameng-tameng perlogaman itu memang benar adanya! Dan, ya, jelas berasal dari jenis logam yang sangat kuat juga. Penasaran kan siapa si-logam-kuat ini? Mending langsung aja yuk kita bahas karakter dan semua detailsnya!

[sisiad]

Prediction of Van Hove singularity systems in ternary borides

http://dlvr.it/Sy45Kc

[444names]

minerals + fells in cumbria + american states + the entire article on "acariasis" from the english wiktionary BUT excluding "t"

Acarnum Adanka Adaull Admill Alaise Alcocond Alcon Alegois Alinindiam Allaum Allber Alord Alzacry Alzburdium Alzii Ameekiel Amexafer Amise Ammey Amoside Amperouse Amsiside Amunia Anabascags Anargine Anbell Anesill Anglenrow Angzhnkell Anigg Ankfer Anoidd Anzine Aquis Arball Ardes Ardke Arian Arium Arson Aschlfor Ashble Assidd Aucoll Audon Avings Axipall Babak Balum Bandrolmel Banianeven Baragne Bardawad Bargy Barick Baringbar Barium Baroke Baserside Bashedone Baungag Bauruby Becia Becrax Bensourane Bergade Bermon Berne Berspigg Berudwaike Bicocke Bicupine Binde Binium Block Blodde Blorike Boell Bogag Bogeridd Borfirane Borid Borubermon Boughabii Bowirk Brags Bramold Bredor Brell Brenconise Brenese Brill Broclanne Brocoll Brogenise Bropike Bruperiall Budall Budium Buell Buriphore Buruseagg Cafeline Calferike Caluor Capmag Carag Cardke Carfel Carlede Carseild Cauine Cemell Cemun Cerinosum Cesamene Charsill Chese Chlorigon Chlow Chrow Chryll Chvad Chvan Chvausings Chyaine Clarke Cobanne Colagne Colic Coline Colyell Compide Cones Cophlor Copropi Cosell Coviriemar Cramine Cryll Curigg Cyley Dalarnad Dawak Delferia Delscracon Derell Deroome Derserigg Diangangs Diangarsis Dipper Dodia Dolum Doragg Dormal Dzhose Eliase Emcke Enckidd Enium Enrodde Esiophyll Euclic Evanborine Faurar Felirk Fericke Ferinson Ferlsberry Ferne Ferosemium Flogdow Fluamill Flucombena Fludime Fluergell Flumind Fluor Fluorar Fluoreese Fluoria Flusearag Fragne Frashar Ganoves Gayrimon Geadowfell Gensdandii Gensferown Glacar Glayfeld Goenia Golas Golinois Gondum Gopall Gorna Gragg Grags Grapallord Gread Greadiad Greag Grengalbar Greve Grikeyl Grise Grocel Grony Guyase Gyron Habassine Halinylvey Halpike Hamsene Harey Harmarag Harrone Haulinepia Hauseke Hederine Hedspine Hendide Hengman Herrodgme Hervad Hiedamolil Hofell Hopardian Hydrom Hyhylle Hålecksope Hübne Iamon Illows Iocoli Jacrel Jafellum Jamane Jefphlow Jerson Jolls Julas Kabil Kailve Kalighpine Kalquermor Kamberizar Kamic Kanabroell Kerhom Kharaike Kirapkeigg Knohoell Knohyll Knoline Krama Krune Kurag Lagne Laissanse Langs Larnor Lauessampe Lerican Leudaugg Leuspike Liggill Lodde Lomells Looide Loornavane Lorffell Lorippe Lybde Lévyn Lévyngs Magne Malanore Mandum Manne Mardspell Marse Mebre Mejerry Mengable Mergypike Mesben Mexiane Mixby Mogdorn Monne Monnerigg Moodum Moophyline Moroke Moruse Mulves Nadaleend Nadall Narissine Nawag Neplac Nerisla Nesse Nobiemose Nochlor Nolor Obisda Oklodd Olynesspe Ordium Orsermag Packe Pagne Peckfell Pecrag Pelione Peria Perine Pernor Pesill Pezings Phill Phiophag Phircel Phyassinle Phyivia Phyne Physonfien Pikase Plandum Pleag Pleindon Plese Pophlow Poppike Posweell Povirose Psell Pshirk Pyroxifell Pääkköne Quill Ragson Rankabsone Rargine Reande Remona Rhorse Rhowodd Rokyamen Rokyoum Rossana Sacesson Safell Salkhaline Samar Samens Sanerson Sapsene Sarber Sarigg Saskisill Scacirows Scadois Scagg Scanknown Schiggfel Schran Sconepike Scophryfel Seane Segre Sequar Sergirgush Seria Sevell Sewbaks Shaum Sheniashum Shill Shoperl Sicalacirk Sindoll Skand Sloragran Smium Smone Smookyquer Sonido Soudle Spikar Spouse Svadores Svand Swill Syllan Syngum Séramue Ukhaldpike Ukhodorags Ulfelimes Ulfell Uminike Urburad Usile Uyamale Vlace Vlanpike Voreen Vulfell Waine Waleyalill Waline Welmquarag Whable Willine Wilpicedd Woorpar Wyarna Xenhyll Xielos Xileusse Xocchell Xochar Xocle Xocoline Xonaks Xoniel Yerow Zahilbia Zanackpike Zendium Zenskine Zhagfell Zhodine Zimell Zinghses Zings Zirke Zoizine Zurag

[grace-qian]

Boric acid flake cas #11113-50-1

Hello ,pleasure to know you here .This is Grace Qian from China .Mainly deal with organic chemical raw material .Any needs kindly please contact at Email:fine.chemical.tech@gmail.com

CAS No.11113-50-1 Chemical Name:Boric acid Synonyms:Boric acid flake;boric acid chunks;borid acid;Chemical Boric Acid Flake Powder;Boric acid;Borsrenatliche;Boric acid Joyce;Boric acid USP/EP/BP;BoricAcid(AS),Borofax;boric acid chunks Molecular Formula:BH3O3 Molecular Weight:61.83 Uses Boric acid is used in the manufacture of glass (borosilicate glass), glazes and enamels, leather, paper,…