omniomni/omni-engineering huggingface dataset:
Gussing Renewable Energy. Gussing Renewable Energy Asia is a renewable Energy company headquartered in Bangkok, Thailand. Gussing Renewable Energy provides the planning, design, construction, operation, and sale of customized -neutral solutions for MultiFunctional EnergySystems (MFES) from renewable energy, with an Integrated Resources Management (IRM).

Overview 
It's Renewable Energy Model was developed in the Austrian town of Güssing and they have started their initial development in Thailand. And the Dual Fluidized Bed (DFB) gasification technology has been developed at the Vienna University of Technology. Gussing Renewable owns and operates renewable energy plants in Newport Beach, California(USA), Gussing(Austria), Bangkok(Thailand). The company has also partnered with GP Energy to open a plant in Kolkata(India), with Edison Power to open plant in Tokyo(Japan).

In the 1990s there was a policy demanding renewable energy in town Gussing. Vienna's Technical University built a pilot project in Gussing applying the technology, where wood chips are gasified under high temperature conditions. There are 27 decentralized power plants within the Güssing county. Güssing has an “energy” turnover of about €14 Million p.a.

The carbon-neutral waste gasification plant built by Gussing Renewable Energy (GRE) in Nong Bua District supply power to the area, turning agricultural and forest waste from the local community to energy that could power about 3,000 homes.

References

Renewable energy
Renewable energy companies of Asia
Alvanite. Alvanite (IMA symbol: Alv) is a zinc nickel aluminium vanadate mineral with the chemical formula O. It was originally discovered in the Karatau Mountains.

References

External links 

 Alvanite data sheet
 Alvanite  on the Handbook of Mineralogy

Zinc minerals
Nickel minerals
Aluminium minerals
Vanadate minerals
Minerals described in 1959
Apjohnite. Apjohnite (IMA symbol: Apj) is a manganese aluminium sulfate mineral with the chemical formula MnAl(SO)·22HO. It was named after Trinity College Dublin professor James Apjohn. Its type locality is Maputo Province, Mozambique.

References

External links 

 Apjohnite data sheet on Webmineral
 Apjohnite on the Handbook of Mineralogy

Manganese(II) minerals
Aluminium minerals
Sulfate minerals
Apuanite. Apuanite (IMA symbol: Apu) is a rare iron antimony mineral with the chemical formula FeFeSbOS whose type locality is the Province of Lucca in Italy.

References

External links 

 Apuanite data sheet
 Apuanite on the Handbook of Mineralogy

Iron(II,III) minerals
Antimony minerals
Oxygen compounds
Sulfur(−II) compounds
Argentobaumhauerite. Argentobaumhauerite (IMA symbol: Abha) is a rare mineral with the chemical formula AgPbAsS. Its type locality is the Binn valley in Switzerland.

References

External links 

 Argentobaumhauerite data sheet
 Argentobaumhauerite on the Handbook of Mineralogy

Silver minerals
Lead minerals
Arsenic minerals
Sulfur(−II) compounds
Argentojarosite. Argentojarosite is an iron sulfate mineral with the chemical formula AgFe(SO)(OH). It is one of few iron sulfate minerals containing silver in its chemical formula as a dominant element. Its type locality is the East Tintic Mountains, Utah.

References

External links 
 Argentojarosite on the Handbook of Mineralogy

Bibliography
Palache, P.; Berman H.; Frondel, C. (1960). "Dana's System of Mineralogy, Volume II: Halides, Nitrates, Borates, Carbonates, Sulfates, Phosphates, Arsenates, Tungstates, Molybdates, Etc. (Seventh Edition)" John Wiley and Sons, Inc., New York, pp. 565.

Iron(III) minerals
Sulfate minerals
Alunite group
Asbecasite. Asbecasite is a calcium titanium beryllium arsenite silicate mineral with the chemical formula . Its type locality is the Binn valley in Switzerland.

References

External links 
 Asbecasite data sheet
 Asbecasite  on the Handbook of Mineralogy

Calcium minerals
Titanium minerals
Beryllium minerals
Tin minerals
Arsenites
Silicate minerals
Composite glass. Composite glass is the collective term for a laminate having at least two glass panes which are in each case connected by means of an adhesive intermediate layer composed of plastic, e.g. by means of a casting resin or a thermoplastic composite film, which is highly tear-resistant and is viscoelastic. Composite glass should not be confused with composite windows.

Applications 
Windscreens of all kinds of vehicles as well as crash-proof glazing or pavement light used in the construction sector are part of the main fields of application. The composite film used mostly in the construction and automotive sectors is composed of polyvinyl butyral (PVB). Other customary intermediate layer materials include ethylene-vinyl acetate (EVA), polyacrylate (PA), poly(methyl methacrylate) (PMMA), polyurethane (PUR), etc.

Depending on the number, type and thickness of the glass panes used and intermediate layers, composite glasses are used as safety glass, sound-proof glass, fireproof glass, as well as throw-through-resistant, breakthrough-resistant or ballistic-resistant glass etc. Glazing which is particularly resistant is produced by means of a combination of glass panes having one or a plurality of panes made from polycarbonate. Smart glasses are also often manufactured as composite glass.

Since 2006, in accordance with the latest results coming from research, films between glass, which are provided by means of PVB, EVA or TPU as well as LED and SMD electronics mentioned above, are laminated whereby even products such as luminous glass stairways and tables as well as other composite safety glass systems are made possible.

Recently, scientists in Queensland, Australia have developed composite glass that gives phones an 'unbreakable' screen. This breakthrough could enhance the knowledge of composite glass as we know it.

Examples 

The so-called "pummel test" inter alia is used to control the quality of composite glass.

See also 

 Laminated glass

Reference list 
2. Australian Broadcasting Company (ABC) News "Composite glass breakthrough by Queensland researchers could help make phone screens 'unbreakable'"

Glass
Ashcroftine-(Y). Ashcroftine-(Y) is an alkali yttrium calcium carbonate mineral with the chemical formula KNa(Y,Ca)SiO(OH)(CO)·8HO. It was first identified in southern Greenland and named after British mineral collector Frederick Noel Ashcroft.

References

External links 

 Ashcroftine-(Y) data sheet
 Ashcroftine-(Y) on the Handbook of Mineralogy

Potassium minerals
Sodium minerals
Yttrium minerals
Calcium minerals
Silicate minerals
Hydroxide minerals
Carbonate minerals
Octahydrate minerals
Minerals described in 1933
Aurorite. Aurorite is a dark-colored mineral with the chemical formula (Mn,Ag,Ca)MnO·3HO. It is named for its type locality, the North Aurora mine in White Pine County, Nevada.

References

External links 

 Aurorite data sheet
 Aurorite on the Handbook of Mineralogy

Manganese(II,IV) minerals
Silver minerals
Calcium minerals
Trihydrate minerals
Minerals described in 1967
Cheese press. A cheese press is a device for pressing whey from curds when making cheese.  Pressing influences the cheese's hardness and texture and will also determine the shape of the block or wheel of cheese.

Some sources state that Hazel Irwin, who received a patent for a cheese press in 1808, was the first American woman to receive a patent, although others state that Hannah Slater in 1793,
or Mary Kies, in 1809, was the first.

References

Cheese
Vkernel. A virtual kernel architecture (vkernel) is an operating system virtualisation paradigm where kernel code can be compiled to run in the user space, for example, to ease debugging of various kernel-level components, in addition to general-purpose virtualisation and compartmentalisation of system resources. It is used by DragonFly BSD in its vkernel implementation since DragonFly 1.7, having been first revealed in , and first released in the stable branch with DragonFly 1.8 in .

The long-term goal, in addition to easing kernel development, is to make it easier to support internet-connected computer clusters without compromising local security.

Similar concepts exist in other operating systems as well; in Linux, a similar virtualisation concept is known as user-mode Linux; whereas in NetBSD since the summer of 2007, it has been the initial focus of the rump kernel infrastructure.

The virtual kernel concept is nearly the exact opposite of the unikernel concept — with vkernel, kernel components get to run in userspace to ease kernel development and debugging, supported by a regular operating system kernel; whereas with a unikernel, userspace-level components get to run directly in kernel space for extra performance, supported by baremetal hardware or a hardware virtualisation stack.  However, both vkernels and unikernels can be used for similar tasks as well, for example, to self-contain software to a virtualised environment with low overhead. In fact, NetBSD's rump kernel, originally having a focus of running kernel components in userspace, has since shifted into the unikernel space as well (going after the anykernel moniker for supporting both paradigms).

The vkernel concept is different from a FreeBSD jail in that a jail is only meant for resource isolation, and cannot be used to develop and test new kernel functionality in the userland, because each jail is sharing the same kernel. (DragonFly, however, still has FreeBSD jail support as well.)

In DragonFly, the vkernel can be thought of as a first-class computer architecture, comparable to i386 or amd64, and, according to Matthew Dillon circa 2007, can be used as a starting point for porting DragonFly BSD to new architectures.

DragonFly's vkernel is supported by the host kernel through new system calls that help manage virtual memory address space (vmspace) — vmspace_create() et al., as well as extensions to several existing system calls like mmap's madvise — mcontrol.

See also 

 user-mode Linux
 rump kernel

References

External links 
 
 

2006 software
BSD software
Computer architecture
Computer performance
DragonFly BSD
Free software programmed in C
Free virtualization software
Operating system kernels
Operating system security
Operating system technology
System administration
Virtual machines
Virtualization software
Software using the BSD license
Johann Philipp Wagner. Johann Philipp Wagner (24 January 1799 in Fischbach (Bad Schwalbach) 8 January 1879 in Frankfurt) was a German merchant and inventor. He is credited for being the first person to investigate the use of electric current for transport.

Career
Wagner started working in the iron industry in 1815. In 1836, with the help of mechanic Fritz Albert, Wagner built and presented an electromagnetic engine at the annual celebration of the Senckenberg Society. In 1840, Wagner built his first "electric train" in his workshop, which weighed 40 pounds, and could pull another 60-pound car for several hours at considerable speed.

On 10 November 1840 Wagner was granted a patent to build an electromagnetic rotary apparatus. On 15 January 1841 he presented the completed work. On 25 February 1841 Wagner described in his report to the Federal Assembly the disadvantages of the steam operation (smoke and steam), compared to electric alternative. On 13 June 1844 the Federal Assembly concluded that Wagner's engine was 12 times more expensive to build than the steam engine.

References

1799 births
1879 deaths
19th-century German inventors
People from Rheingau-Taunus-Kreis
Oxford Photovoltaics. Oxford Photovoltaics Limited (Oxford PV) is British solar technology company and Oxford University spin-off specialising in perovskite photovoltaics and solar cells.

History

The company was founded in 2010 by Henry Snaith and Kevin Arthur.  the company has raised $100 Million in investment with support from Oxford University Innovation, Goldwind the University of Oxford, Innovate UK the European Investment Bank (EIB), Legal & General, the Engineering and Physical Sciences Research Council (EPSRC) and Equinor. The largest shareholder is the Swiss cell and module production equipment manufacturer Meyer Burger.

In January 2024, they set a new record of 25% efficiency from industrial sized solar modules. In June 2024, they set another new world record for residential solar panels achieving a 26.9% efficiency from perovskite-on-silicon tandem solar cells. This will allow consumers benefit from upwards of 20% more power from the same footprint.

Operation

The company exploits solid-state physics using metal halide high efficiency perovskite solar cells and was among MIT Technology Review’s top 50 most innovative companies of 2017. Oxford PV is headquartered in Yarnton, Oxfordshire with an industrial pilot line in Brandenburg an der Havel, near Berlin, Germany.

References

Photovoltaics manufacturers
Solar energy companies of the United Kingdom
Shanghai New Power Automotive Technology. Shanghai New Power Automotive Technology Co., Ltd (SNAT) (formerly known as Shanghai Diesel Engine Co., Ltd. (SDEC); ) is a Chinese diesel engine manufacturing company wholly owned by SAIC Motor. SDEC headquarters and main production facilities are located in Yangpu District, Shanghai. Founded as the Wusong Works organization in 1947, it was renamed Shanghai Diesel Engine Factory in 1953. SDEC was restructured into a stock-shared company in 1993.

In 1994, SDEC was the first company in China to receive ISO9001 certification. SDEC has also been awarded QS9000 and TS16949 certification conducted by TÜV Rheinland. In 2002 and 2005, SDEC was awarded the Golden Award of Quality for the 6CT natural gas engine, evaluated as the best engine by the World Passenger Car Association. In 2006, SDEC was awarded "Best Engine Manufacturer" by the World Passenger Car Association.

In 2021, SDE underwent "major asset restructuring" and was renamed Shanghai New Power Automotive Technology (SNAT).

Products

Diesel engines

C Series
C series engines are based on the 3306-series diesel engine from Caterpillar Inc.. In 2006, SDEC carried out upgrades in cooperation with FEV.
SC11C
SC11CB184
SC11CB195
SC11CB200
SC11CB200.1 
SC11CB220
SC11CB220.1
SC11CB220.2
SC11CB240
SC11CB240.1
SC11CB270

D Series
The D series engine was jointly designed by SDEC and AVL (Austria) based on domestic fuel quality and user habits. In 2005, SDEC carried out a redesign and 4-valve upgrade in cooperation with the Southwest Research Institute (SwRI) of the USA.
SC8D
SC9D
D683

E Series 
The E series engine was jointly designed by SDEC and AVL (Austria).
SC10E
SC12E

G Series
The G series marine engine is based on the 3128 Xinlong diesel engine jointly designed by SDEC and AVL.
G128
SC13G
SC15G

H Series
Engines jointly designed and developed by SDEC and UK-based Ricardo plc.
SC4H
SC7H

M Series 
Light-duty truck engines jointly developed with GM.
 SC20M

SC20M (D20)
Also called the SAIC "π" engine (twin-turbo), this VGT 2.0L diesel engine will be used in all new SAIC Maxus vehicles.

R Series 

Engines based on a VM Motori license.
SC25R
SC28R

W Series
Marine engine with 4 valves per cylinder, mechanical governor, and P11 high-pressure fuel injection.
SC33W

Diesel generator sets 
All sets come equipped with an auto-starting device and an optional ATS switch cabinet.

D series
Powered by D series diesel engines.
SD-SC200
SD-SC250

E series
Powered by E series diesel engines.
SD-SC325

G series
Powered by G series diesel engines.
SD-SC313
SD-SC375
SD-SC450
SD-SC500
SD-SC563
SD-SC625
SD-SC682

H series
Powered by H series diesel engines.
SD-SC63
SD-SC80
SD-SC100
SD-SC125
SD-SC150
SD-SC188

SR series
Powered by SR series diesel engines.
D500MG
D540MG
D600MG
D800MG
D1000MG
D1100MG
D1200MG
D1360MG
D1500MG
D1600MG

W series
Powered by W series diesel engines.
SD-SC750

References

External links 
SNAT official site
SDEC USA

Engine manufacturers of China
Marine engine manufacturers
Diesel engine manufacturers
SAIC Motor
Chinese brands
Manufacturing companies based in Shanghai
Chinese companies established in 1947
Lancair Sentry. The Lancair Sentry is an American amateur-built aircraft that was designed and produced by Lancair of Redmond, Oregon, introduced in 2002. The aircraft was supplied as a kit for amateur construction, although it was also intended as a production military trainer aircraft. First flown in September 2001, only two were ever completed.

The design was intended to compete with other similar two-seat civil designs, such as the Thunder Mustang and the Turbine Legend. Military sales prospects included the Mexican Navy, but no orders were forthcoming.

Design and development
The Sentry is a two-seat development of the four-seat Lancair IV, with the door-accessed cabin replaced by a canopy. It also has an enlarged vertical tail fin.

The aircraft features a cantilever low-wing, a two-seats-in-tandem enclosed cockpit under a rear-hinged bubble canopy, retractable tricycle landing gear and a single engine in tractor configuration.

The aircraft is made from composite materials, predominantly carbon fiber reinforced polymer. Its  span wing employs a McWilliams RXM5-217 root airfoil, tapering to a NACA 64-212 tip airfoil. The wing has an area of  and mounts flaps. The standard engine used is the  Walter M601D turboprop powerplant powering an American  three-bladed Hartzell Propeller or a Czech  Avia Propeller.

Specifications (Sentry)

References

External links
Photo of a Sentry

Lancair aircraft
2000s United States sport aircraft
Single-engined piston aircraft
Single-engined tractor aircraft
Low-wing aircraft
Homebuilt aircraft
Aircraft first flown in 2002
Aircraft with retractable tricycle landing gear
Gummed film. Gummed film refers to a technique used to measure nuclear fallout.  It involves the use of a sheet of plastic (cellulose acetate) or paper substrate coated on one side with an adhesive (e.g., rubber cement). The sheet is exposed (adhesive-side up) to the environment to be monitored, where fallout particles land on (and thus adhere to) the gummed film. After some period, the films are collected and analyzed for radioactivity.

References

Nuclear fallout
Attikaite. Attikaite is a copper calcium aluminum arsenate mineral with the chemical formula CaCuAl(AsO)(OH)·2HO. It was named after Attica Prefecture, where it was first identified.

References

External links 

 Attikaite data sheet
 Attikaite on the Handbook of Mineralogy

Copper(II) minerals
Calcium minerals
Aluminium minerals
Arsenate minerals
Hydroxide minerals
Dihydrate minerals
Atencioite. Atencioite is a calcium iron phosphate mineral with the chemical formula CaFeMgBe(PO)(OH)·6HO. Its type locality is Divino das Laranjeiras, Minas Gerais, Brazil. It was named after Daniel Atencio, a mineralogy professor at the University of São Paulo.

References

External links 

 Atencioite data sheet

Calcium minerals
Iron(II) minerals
Phosphate minerals
Magnesium minerals
Beryllium minerals
Hydroxide minerals
Hexahydrate minerals
Alterite. Alterite (IMA symbol: Atr) is a yellow-green mineral with the chemical formula ZnFe(SO)(CO)(OH)·17HO. Its type locality is Coconino County, Arizona.
It is found exclusively in logs that have mineralized.

References 

Zinc minerals
Iron(III) minerals
Sulfate minerals
Oxalate minerals
Hydroxide minerals
17
Minerals described in 2018
Joseph L. Sanchez. Joseph Louis Sanchez is an American politician representing the 40th district in the New Mexico House of Representatives since January 1, 2023 and previously from January 17, 2019 to January 19, 2021. Prior to entering state politics, Sanchez was an electrical engineer. He is a member of the Democratic Party.

Early life and education
Sanchez was born and raised in Alcalde, New Mexico, a small farming community in Northern New Mexico. Sanchez earned a Bachelor of Science in electrical engineering from the University of New Mexico and two master's degrees, one in electrical engineering from the University of New Mexico and one in business administration, from New Mexico State University.

Career 
Sanchez was elected to the New Mexico House of Representatives in the 2018 elections. He ran for the  seat in the United States House of Representatives in the 2020 elections. Sanchez finished third in the June 2, Democratic primary. In 2022 he ran for election to his former house seat and defeated his successor Roger Montoya in the Democratic primary.

Results

Personal life 
Sanchez lives in Alcalde, New Mexico.

References

External links

Living people
Democratic Party members of the New Mexico House of Representatives
Year of birth missing (living people)
People from Rio Arriba County, New Mexico
Hispanic and Latino American state legislators in New Mexico
University of New Mexico alumni
New Mexico State University alumni
Candidates in the 2020 United States House of Representatives elections
21st-century members of the New Mexico Legislature
SS Carl E. Ladd. SS Carl E. Ladd was a Liberty ship built in the United States during World War II. She was named after Carl E. Ladd, a researcher and professor in the field of agriculture, and a university administrator.  Ladd was the Director of Extension of the New York State College of Agriculture at Cornell, and the dean of the colleges of agriculture and home economics at Cornell from 1932-1943.

Construction 
Carl E. Ladd was laid down on 19 June 1944, under a Maritime Commission (MARCOM) contract, MC hull 2312, by J.A. Jones Construction, Panama City, Florida; she was sponsored by Mrs. Carl E. Ladd, the widow of the namesake, and launched on 26 July 1944.

History
She was allocated to States Marine Corporation, 11 August 1944, transferred to the Burns Steamship Company, 10 March 1945, and the American Haw. Steamship Co., 27 February 1947. On 5 October 1948, she was laid up in the National Defense Reserve Fleet, in Astoria, Oregon.

On 7 June 1954, she was withdrawn from the fleet to be loaded with grain as part of the "Grain Program 1954". She returned to the fleet on 23 June 1954, full of grain. On 7 October 1957, she was withdrawn to unload, she returned empty on 12 October 1957. On 6 July 1967, she was sold, for $51,700 to Universal Salvage and Construction Co., to be scrapped. She was withdrawn from the fleet on 30 September 1967.

References

Bibliography 

 
 
 
 

Liberty ships
Ships built in Panama City, Florida
1944 ships
Astoria Reserve Fleet
Astoria Reserve Fleet Grain Program