English thesaurus - terms added by user silver_glepha: 115 >>
29.05.2025 | 10:00:35 | chem.nomencl. | B-CEMs | boron-based composite energetic materials |
28.05.2025 | 10:19:24 | abbr. chem.comp. | SMX | 1,4-dinitrate-2,3-dinitro-2,3bis |nitratomethylene| butane |
27.05.2025 | 14:11:38 | abbr. phys.chem. | TEM | thermally-expandable microsphere |
27.05.2025 | 10:59:04 | abbr. lab.eq. | CTH | multi-material hydrodynamic code |
13.05.2025 | 10:44:16 | chem.comp. | AmGO | Alkylated graphene oxide nanosheets (The hygroscopicity results show that when the mass concentration of AmGO is 1% and the volume ratio of toluene to water is 2:1, the coated ADN has the best anti-hygroscopic effect, and the hygroscopicity is reduced from 1.1 to 0.42%. |
25.04.2025 | 10:41:16 | chem.nomencl. | pyral | a flake-like aluminium particle with a large specific surface area ∼22.5 m2/g. (The burn rates of
solid propellants prepared with this mechanically activated pyral powder were found to be higher than
that of non-activated pyral powder and much higher than that of those reported in literature with similar mechanically activated aluminium. |
25.04.2025 | 8:51:42 | abbr. inorg.chem. | MIC | metastable intermixed composite |
25.04.2025 | 8:45:52 | abbr. missil. | CMDB | composite modified double-base |
24.04.2025 | 12:51:04 | abbr. phys.chem. | GRT | glass–rubber transition (used for both direction in temperature change) |
23.04.2025 | 14:14:36 | abbr. chem.comp. | TFE | tetrafluoroethane |
23.04.2025 | 14:10:34 | abbr. phys.chem. | USEA | Ultrasonic Spray-Assisted Electrostatic Adsorption |
16.04.2025 | 10:48:16 | abbr. softw. | DP-GEN | Deep Potential GENerator (программное обеспечение • In this paper, we introduce the Deep Potential GENerator (DP-GEN), an open-source software platform that implements the recently proposed ”on-the-fly” learning procedure (Zhang et al. 2019) and is capable of generating uniformly accurate deep learning based PES models in a way that minimizes human intervention and the computational cost for data generation and model training. |
16.04.2025 | 10:24:37 | abbr. phys.chem. | DP | deep potentials |
16.04.2025 | 10:18:08 | abbr. phys.chem. | AIMD | ab initio molecular dynamics |
16.04.2025 | 10:11:31 | abbr. neur.net. | NNP | neural network potentials |
11.04.2025 | 10:00:51 | abbr. chem.comp. | BLG-101 | 1,2-bis|4-azido-3,5-dinitropyrazolyl| diazene |
3.04.2025 | 11:09:52 | abbr. expl. | FOX-7 | 1,1-diamino-2,2-dinitroethylene DADNE, insensitive high explosive compound |
31.03.2025 | 12:39:49 | abbr. chem.comp. | ICM-102 | 2,4,6-triamino-5-nitropyrimidine-1,3-dioxide |
31.03.2025 | 12:04:54 | abbr. chem.comp. | LLM-105 | 2,6-diamino-3,5-dinitropyrazine-1-oxide |
31.03.2025 | 9:11:27 | abbr. solid.st.phys. | HODNP | 4-hydroxy-3,5-dinitropyrazole |
28.03.2025 | 13:56:06 | abbr. solid.st.phys. | QSP | quasi-static pressure (The measured quasi-static overpressure in a nitrogen-filed chamber for compositionscontaining 4% of Be or Ce was approx. 10% higher than that forthe reference explosive, and the TNT equivalents due to quasi-static pressure (QSP) values for these explosives were 1.56 and1.54, respectively. |
28.03.2025 | 11:56:25 | abbr. missil. | TBX | thermobaric explosives (The presence of Al2O3 layers covering particles or droplets of Al impedes ignition of Al and slows down the reactions with gaseous decomposition products of the other TBX components(usually RDX or HMX and AP). |
27.03.2025 | 12:45:52 | abbr. chem.comp. | BPN | boron/potassium nitrate B/KNO3 |
27.03.2025 | 10:09:11 | expl. | Polymer Bonded Explosive | взрывчатые вещества с пластичным связующим |
26.03.2025 | 13:28:01 | abbr. chem.comp. | RGO | reduced graphene oxide |
3.03.2025 | 11:49:21 | abbr. chem.comp. | PUA | unsaturated polyurethane resin (The fabrication of the grains with high precision and performance demonstrated the feasibility of the PUA binder in the 3D-printed propellant. |
21.02.2025 | 10:15:11 | chem.comp. | ECSs | energetic composite structures |
20.02.2025 | 9:41:10 | abbr. addit. | PBJ | pressure-assisted binder jetting (The PBJ process shows great promise in the fabrication of highly resolute propellants with high solids loading, sufficient density, and sufficient mechanical properties. |
18.02.2025 | 10:18:14 | abbr. chem.comp. | KNSU | KNO3/C12H22O11 |
29.01.2025 | 14:16:33 | abbr. addit. | SPAM | Solid Propellant Additive Manufacturing |
27.01.2025 | 13:38:19 | abbr. chem.comp. | HRSO | hydroxylated rubber seed oil |
27.01.2025 | 13:37:40 | chem.comp. | RSO-based PUA | rubber seed oil-based polyurethane acrylate |
27.01.2025 | 13:36:51 | abbr. chem.comp. | RSO-PUA | RSO-based PUA |
27.01.2025 | 13:33:50 | abbr. chem.comp. | PUA | polyurethane acrylate |
27.01.2025 | 10:28:35 | abbr. chem.comp. | PBDDA | polybutadiene diacrylate (Both hydroxyl-terminated polybutadiene (HTPB) and polybutadiene diacrylate (PBDDA) binders have been considered, using ammonium sulfate as substitute of ammonium perchlorate. |
24.01.2025 | 12:25:54 | abbr. chem.comp. | APNIMMO | acrylate-terminated poly–3–nitratomethyl–3–methyloxetane (In this paper, a novel energetic acrylate-terminated poly–3–nitratomethyl–3–methyloxetane (APNIMMO) oligomer was prepared and characterized. The performance of a new composite propellant composed of APNIMMO and CL-20 (Hexanitrohexaazaisowurtzitane Dodecane) was also demonstrated. |
21.01.2025 | 13:13:38 | addit. | Vibration Assisted Printing | a newly developed AM system that can process extremely viscous mixtures, such as those consisting of ceramic forming polymers with solid ceramic particles, to yield net-shape parts with minimized porosity. |
21.01.2025 | 13:04:33 | abbr. addit. | VAP | Vibration-assisted 3D printing (The research presented in this dissertation identifies the effect of a specific AM process called Vibration Assisted Printing (VAP) on the combustion of propellant, as well as the development of binders that enable UV-curing to improve the final resolution of 3D printed structures.) |
20.01.2025 | 10:57:44 | abbr. | HELOVA | high energy, low vulnerability ammunition (googleapis.com) |
20.01.2025 | 10:55:12 | abbr. mil., WMD | HELOVA | high energy, low vulnerability ammunition |
20.01.2025 | 9:41:46 | therm.energ. | mesa effect | When the burning rate of the solid propellant decreases with increased pressure the phenomenon is called mesa effect. (Такой эффект наблюдается в некоторых составах твёрдых ракетных топлив, где в качестве баллистических добавок используются специальные модификаторы) |
16.01.2025 | 11:43:45 | abbr. phys.chem. | KAS | Kissinger-Akahiraa-Sunose (изоконверсионные кинетические методы исследования) |
15.01.2025 | 12:05:21 | abbr. phys.chem. | VYA | Vyazovkin method |
15.01.2025 | 11:41:01 | abbr. phys.chem. | KAS | kinetic absorption spectroscopy (he three techniques that have been
most widely employed are the rotating sector method (RSM), kinetic electron paramagnetic
resonance spectroscopy (KEPRS), and kinetic absorption spectroscopy (KAS). |
15.01.2025 | 11:36:23 | abbr. phys.chem. | TAS | transient absorption spectroscopy |
24.12.2024 | 12:29:00 | chem.comp. | akardite-II | 3-methyl-1 (The best results were found to the compositions based on ATBC and akardite-II only. |
24.12.2024 | 12:29:00 | chem.comp. | akardite-II | 1-diphenylurea (The best results were found to the compositions based on ATBC and akardite-II only. |
24.12.2024 | 12:29:00 | chem.comp. | akardite-II | N'-Methyl-N (The best results were found to the compositions based on ATBC and akardite-II only. |
24.12.2024 | 12:29:00 | chem.comp. | akardite-II | N-diphenyl-harnstoff (The best results were found to the compositions based on ATBC and akardite-II only. |
24.12.2024 | 12:29:00 | chem.comp. | akardite-II | N (The best results were found to the compositions based on ATBC and akardite-II only. |
24.12.2024 | 12:29:00 | chem.comp. | akardite-II | N-Diphenyl-N'-methylurea (The best results were found to the compositions based on ATBC and akardite-II only. |
20.11.2024 | 9:25:41 | abbr. addit. | CLIP | Continuous liquid interface production technology (Continuous liquid interface production technology (CLIP) was proposed by researchers
of CARBON 3D Company and North Carolina University in 2015, which used an oxygen and
ultraviolet film to form a liquid polymerization solidification method for liquid
polymerization zone , could achieve high-speed continuous liquid surface printing, which was
several times higher than the traditional SLA process molding speed. |
14.11.2024 | 11:32:35 | addit. | honeycomb structure | It is a single-layer, two-dimentional material containing layers of carbon forming a six-membered ring honeycomb structure. (Over the years, honeycomb structures have been widely used in aerospace, defence, automotive, architecture, biomedicine and other fields due to their excellent combination of lightweight, energy absorption, and high specific stiffness/strength. |
14.11.2024 | 10:56:47 | abbr. addit. | DED | Directed energy deposition, is a branch of additive manufacturing AM processes in which a feedstock material in the form of powder or wire is delivered to a substrate on which an energy source such as laser beam, electron beam, or plasma/electric arc is simultaneously focused, thus forming a small melt pool and continuously depositing material, layer by layer. (Directed energy deposition is a broadly employed 3D printing technique for producing gradient-structured metals and alloys. |
14.11.2024 | 10:51:56 | abbr. addit. | WA-DED | wire-arc directed energy deposition (Wire-arc directed energy deposition (WA-DED), a member of the AM family, is known for its capability to fabricate large-scale components more efficiently (2.7 kg/h for aluminum alloy) and cost-effectively. |
7.11.2024 | 9:18:30 | abbr. spectr. | ULAS | ultrafast laser absorption spectroscopy (This work presents the design and initial demonstration of two ultrafast-laser-absorption-spectroscopy (ULAS) diagnostics that provide single-shot measurements of gaseous aluminum and lithium in metallized composite-propellant flames at a repetition rate of 5 kHz. |
6.11.2024 | 11:45:57 | abbr. chem.comp. | PFOTS | 1H,1H,2H,2H-perfluorooctyltriethoxysilane (In this study, a facile coating method is presented using 1H,1H,2H,2H-perfluorooctyltriethoxysilane (PFOTS) as a surfactant to coat hydroxyl‑terminated polybutadiene (HTPB) on the surface of Al-5Li powder, forming the core-shell composite Al-5Li@HTPB. |
5.11.2024 | 11:19:11 | abbr. phys.chem. | NNP | neural network potential (In this study, a neural network potential (NNP) is developed to investigate the thermal behaviors of Al–Li alloys from an atomistic perspective. The novel NNP demonstrates an excellent predictive ability for energy, atomic force, mechanical behaviors, phonon vibrations, and dynamic evolutions. |
1.11.2024 | 12:03:44 | abbr. chem.nomencl. | PPBESK | poly|phthalazinone ether sulfone ketone| (wiley.com) |
1.11.2024 | 12:01:41 | abbr. phys.chem. | LOC | liquid oxygen compatibility (wiley.com) |
1.11.2024 | 11:26:33 | abbr. chem.nomencl. | AR | anhydrous ethanol (sciencedirect.com) |
1.11.2024 | 11:22:31 | abbr. chem.nomencl. | PFND | 1H,1H,2H,3H,3H-Perfluorononane-1,2-diol (The thermal reaction performance of Al@PFND-B-GAP with oxygen was significantly improved, and its heat release was 2.42 times that of Al. |
23.10.2024 | 11:18:17 | abbr. chem.nomencl. | FTMS | perfluorooctyltrimethoxysilane (scbt.com) |
23.10.2024 | 11:10:30 | abbr. chem.nomencl. | DTMS | dodecyltrimethoxysilane (In this study, the chemically stable Al-5Li particles were fabricated by a thin organic layer, which was used by the dodecyltrimethoxysilane (DTMS) or 1H,1H,2H,2H-perfluorooctyltrimethoxysilane (FTMS) with the site-selective coating of active Al and Li.) |
21.10.2024 | 10:57:08 | phys.chem. | CCPs | condensed combustion products (Experimental investigations were thoroughly conducted to determine the effect of the Al–2.5Li (2.5 wt% lithium) content on propellant combustion and agglomeration based on thermogravimetry-differential scanning calorimetry, heat combustion, laser ignition, combustion diagnosis, a simulated 75 mm solid rocket motor and a condensed combustion products (CCPs) collection device.) |
14.10.2024 | 11:43:15 | polygr. | Silver Reed | is a Japanese company founded in 1952 widely known for its knitting machines and typewriters. (Silver Seiko Ltd., trading internationally as Silver Reed, is a Japanese company founded in 1952, widely known for its knitting machines and typewriters. • The company initially formed as Marukoshi Knitting Machines Ltd in 1952 — subsequently changing its name and becoming more widely known as Silver Seiko Ltd, marketing its products under the Silver Reed brand name. |
2.07.2021 | 9:24:13 | abbr. IT | EBM | energy-based models |
2.07.2021 | 9:23:56 | abbr. IT | EBM | energy-based model |
29.06.2021 | 11:48:20 | abbr. addit. | DSPC | Direct Shell Production Casting (Ceramic molds rather than 3D models are made by DSPC in a layering process similar to other RP methods. Ceramic powder is spread by roller over the surface of a movable piston that is recessed to the depth of a single layer. Then a binder is sprayed on the ceramic powder under computer control. The next layer is bonded to the first by the binder. When all of the layers are complete, the bonded ceramic shell is removed and fired to form a durable mold suitable for use in metal casting. The mold can be used to cast a prototype. The DSPC process is considered to be an RP method because it can make molds faster and cheaper than conventional methods. |
18.05.2021 | 16:45:27 | abbr. chem.comp. | BAPO | bis-acylphosphine oxide |
17.05.2021 | 14:26:12 | abbr. chem.comp. | AUD | aliphatic urethane diacrylate |
14.05.2021 | 11:43:53 | abbr. chem. | RRKM | Rice–Ramsperger–Kassel–Marcus |
5.04.2021 | 16:16:43 | expl. | ADWs | agent-defeat weapons (designed to destroy stores of chemical and biological weapons) |
5.04.2021 | 11:00:57 | expl. | ZPP initiator | Zirconium – Potassium Perchlorate initiator (также известен как NASA Standard Initiator) |
24.03.2021 | 13:59:50 | univer. | ERRoS | Energy and Reactive Robotic Swarms (программа Университета Пердью) |
22.03.2021 | 16:23:24 | abbr. chem.comp. | MHA | mercaptohexadecanoic acid |
19.03.2021 | 12:05:47 | abbr. expl. | RMS | reactive microstructures (Here, we coin the term “reactive microstructures” (RMS) to underline the principal feature of these objects – they react in the form of combustion or detonation at the micron- or nanoscale.) |
17.02.2021 | 10:41:12 | abbr. chem. | DLPNO | domain-localized pair natural orbitals |
16.02.2021 | 15:56:13 | abbr. chem.nomencl. | DINGU | dinitroglycoluril |
16.02.2021 | 15:38:47 | abbr. chem. | VST | Vacuum Stability Test |
25.01.2021 | 12:12:51 | abbr. mil. | APCP | ammonium perchlorate composite propellant (смесевое топливо на основе перхлората аммония) |
22.01.2021 | 12:12:44 | abbr. addit. | PAMPS | poly(2-acrylamido-2-methylpropanesulfonic acid (или PolyAMPS) |
22.01.2021 | 12:10:32 | addit. | PolyAMPS | poly2-acrylamido-2-methylpropanesulfonic acid (еще его обозначают как PAMPS в литературе про 3D печать • a) Synthetic illustration of the formation of a PAMPS/polyacrylamide double network hydrogel by soaking a PAMPS network in an acrylamide solution to form polyacrylamide after UV curing.) |
21.01.2021 | 13:29:19 | abbr. addit. | COF | covalent organic framework |
20.01.2021 | 10:52:21 | abbr. vibr.monit. | FROMP | frontal ring-opening metathesis polymerization (фронтальная обменная полимеризация с раскрытием кольца) |
3.12.2020 | 12:16:55 | abbr. vibr.monit. | HSXR-PCI | high-speed X-ray phase contrast imaging |
2.12.2020 | 14:30:59 | abbr. ultrasnd. | HAUV | high-amplitude ultrasonic vibrations |
12.11.2020 | 11:24:37 | abbr. chem. | PI | photoinitiator (фотоинициатор (отверждения, например)) |
12.11.2020 | 10:51:24 | chem. | rt-IL | room-temperature ionic liquid (ионная жидкость комнатной температуры) |
5.11.2020 | 11:01:20 | abbr. chem.nomencl. | N100 | polyisocyanate |
5.11.2020 | 9:29:06 | abbr. addit. | FGAM | Functionally Graded Additive Manufacturing (ФГАП) |
5.11.2020 | 9:10:02 | abbr. addit. | DFAM | Design for Additive Manufacturing (We present a Design for Additive Manufacturing (DFAM) method that encompasses conceptual design, process selection, later design stages, and design for manufacturing. The method is based on the process-structure-property-behavior model that is common in the materials design literature. |
9.09.2020 | 11:48:04 | abbr. chem. | HLS | highly loaded suspension |
4.09.2020 | 14:50:22 | abbr. chem.nomencl. | HEA | 2-Hydroxyethyl Acrylate |
4.09.2020 | 14:49:43 | abbr. chem.nomencl. | GLYN | Glycidyl Nitrate |
4.09.2020 | 13:53:07 | abbr. missil. | PVST | Pressure vacuum stability testing (Pressure vacuum stability testing (PVST) was performed on the final material composition for a period of 10 days at a temperature of 80°C, according to STANAG 4556.) |
26.06.2020 | 11:09:59 | abbr. chem.nomencl. | GUDN | N-guanylurea-dinitramide (Динитрамид N-гуанилмочевины • Several industrial and research nitrate ester plasticized polyether (NEPE) solid propellants with and without N-guanylurea-dinitramide (FOX-12 or GUDN) and ammonium dinitramide (ADN) particles, featuring the same nominal composition, were prepared. |
26.06.2020 | 9:26:42 | abbr. missil. | NEBP | nitrate esters-based propellant (ракетное топливо на основе нитроэфиров • Nitrate esters-based propellant (NEBP) belongs to the main classes of energetic materials being used in civilian and military applications. |
17.03.2020 | 9:16:17 | abbr. NATO | STANREC | standardization recommendation (СТАНРЕК - стандартизированные рекомендации) |
16.03.2020 | 11:59:20 | abbr. NATO | CWG | Custodian Working Group |