omniomni/omni-engineering huggingface dataset:
Lhasa North and South Mountain Greening Project. The Lhasa North and South Mountain Greening Project () is the first large-scale mountain afforestation ecological restoration project in Tibet.

History 
The project is planned to take 10 years to complete the greening of an area of 2,067,200 Mu (~1,378 km²) of land, striving to make Lhasa an ecologically pleasant and livable capital city of the plateau. The project stretches nearly 200 kilometers, involving Lhasa City, Liuwu, Doilungdêqên, Dagzê, Qüxü, Maizhokunggar, Lhünzhub and Shannan, Nagarzê, Gonggar and other 9 counties (districts) and 35 townships. In 2022, Tibet officially issued the Overall Plan for the Greening Project of Lhasa's North and South Mountains (2021-2030). The project planning period is 10 years (2021-2030), divided into two phases of implementation. The 2021-2025 for the near future, plans to complete the creation of 959,100 Mu (~639 km²) of forests; the 2026-2030 for the long term, plans to complete the creation of 1,108,100 Mu (~738 km²) of forests. In June 2024, nearly 400,000 (266 km²) Mu of forestation had been completed in Tibet.

References 

2021 in Lhasa
Buildings and structures in Tibet
Environmental planning
Type 4 Incendiary Rocket (RoSa). The , sometimes just  where anti-aircraft rockets used by the Imperial Japanese Navy during the World War II, combining incendiary shrapnel elements.

The rocket is designated with the English borrowing "rocketto",  but stays more commonly classified as a , borrowing partially the technology used by the Type 3 anti-aircraft shell "San Shiki".

The Imperial Japanese Navy deployed the , a specially built rocket launcher, on a number of aircraft carriers and battleships during 1944-1945, with the type first seeing action in October 1944. It was also emplaced at Kure Navy Yard to provide anti-aircraft coverage. This rocket launcher used the 25 mm triple AA mount with minor modifications.  

The rockets were intended to put up a barrage of flame, by being notably equipped on a 28 rack rocket-launcher, through which any aircraft attempting to attack would have to navigate. However, much like the sanshiki shells, these rockets were not very effective, lacking in effect radius among other things. 

An experimental 12cm 1.6 kg explosive warhead variant for use in the conventional artillery role was developed but is believed to have never entered formal service. The Imperial Japanese Navy also attached a small number of 12cm AA rockets to suicide boats in 1945 to acts as a type of visual distraction against potential targets during an invasion scenario. One rocket was attached to each side of the boat.

Specifications 

These rockets were  in diameter for  long, and weighed . Similar to the "San Shiki", these rockets were made:
24 incendiary charges, that, once the rocket has exploded, would ignite and form long flames,
Two explosive charges of , used to create a dispersion cone of 40 ° and  in diameter, to create the barrier wall,
A fuze, to adjust the triggering altitude of the explosive charge, and being adjustable to settings of  or ,
6 rocket engines and their fuel, for propulsion, providing a maximal range of .
The engines were arranged to provide rotational motion, stabilizing the rocket in flight.
They used "Special DT6" as fuel, a smokeless powder in solid tubes of 3.4 kg form, composed of 30% Nitroglycerin, 60% Nitrocellulose, 3% centralite (diethyl-diphenyl urea), and 7% mononitro naphthaline.

These rockets were deployed on a 28 tubes capacity rocket launcher, each rack having a length of  , and linked to the ship's anti-aircraft fire control system. The rockets were fired in pairs, with the ability to fire all 14 salvos in just 10 s, the rockets reaching a speed of .
The rockets had a maximum range of , with a maximum altitude of .

See also
San Shiki (anti-aircraft shell), a Navy shell using a similar technology.
AA mine discharger, and Army anti-aircraft parachute mines mortar.
Unrotated projectile, a British rocket launched parachute aerial mine system for ship defence.

References

External links
 12 cm (4.7") AA Rocket
 US Naval Technical Mission to Japan (No. O-19)
 US Naval Technical Mission to Japan (No. O-50(N))

Ammunition
Rockets and missiles
Incendiary weapons
Anti-aircraft weapons
World War II weapons of Japan
Fortune Brainstorm Tech. Fortune Brainstorm Tech is an annual, invite-only conference organized by Fortune magazine. The event brings together leading technologists, executives, and investors for a three-day "collective conversation" on the role of technology in society.

The first event, called "Brainstorm," was held in Aspen, Colorado, in 2001. It was renamed "iMeme" in 2007 and "Brainstorm Tech" in 2008. The event has taken place in locations such as Aspen, San Francisco, Half Moon Bay (California), Pasadena (California), and Park City (Utah).

Over the years, derivative conferences have been held, including Brainstorm A.I., Brainstorm Design, Brainstorm E, Brainstorm Finance, Brainstorm Green, Brainstorm Health, Brainstorm Reinvent, Brainstorm Talent, and Brainstorm Tech International.

List of participants
Participants of Fortune Brainstorm Tech over the years have included:
 Madeleine Albright  
 Marc Andreessen  
 Nikesh Arora  
 Steve Ballmer  
 Marc Benioff  
 Jeff Bezos  
 Brian Chesky  
 Bill Clinton  
 Michael Dell  
 John Doerr  
 Esther Dyson  
 Michael Eisner  
 Daniel Ek  
 Ari Emanuel  
 Rahm Emanuel  
 Carly Fiorina  
 Jensen Huang  
 Bob Iger  
 Joi Ito  
 Bill Joy  
 Jeffrey Katzenberg  
 Vinod Khosla  
 Bobby Kotick  
 Katrina Lake  
 Marissa Mayer  
 Doug McMillon  
 Michael Moritz  
 James Murdoch  
 Satya Nadella  
 Ray Ozzie  
 Chuck Robbins  
 Sheryl Sandberg  
 Eric Schmidt  
 Kevin Systrom  
 Hans Vestberg  
 Padmasree Warrior  
 Meg Whitman  
 Jerry Yang  
 Mark Zuckerberg

References

See also

 Fortune Global Forum
 Fortune (magazine)

Fortune (magazine)
Javad Karimi Sabet. Javad Karimi Sabet (; born 25 July 1973) is an Iranian academic, researcher and nuclear scientist.

He obtained his Ph.D. in Chemical Engineering from the Sharif University

He has been working in the Atomic Energy Organization of Iran since 1999. His research focuses on the development of new technologies for stable isotope separation, application development of stables isotopes, Multi-Scale modeling and simulation of processes related to nuclear fuel cycle.
 
Karimi-Sabet has published more than 80 journal articles and 90 conference papers which cover fields including stable isotopes separation, supercritical fluid, membrane separation, microfluidics and process modeling and he has authored and translated 6 books in the areas.
  
Karimi-Sabet is the deputy of the AEOI, the head of the National Center for Atomic Standards of Iran and the head of the Iranian Nuclear Society.

Awards
 The National Research Award, Third-Degree, from the President of the Islamic Republic of Iran (2006)
 Exemplary Director in the Atomic Energy Organization of Iran in the 5th National Conference on Exemplary Management (2018)
 Badge of knowledge, Ethics and Effort from the head of the Atomic Energy Organization of Iran (2018)

References

Nuclear program of Iran
1973 births
Living people
G9111 Benxi–Ji'an Expressway. The G9111 Benxi–Ji'an Expressway (), also referred to as the Benji Expressway (), is an under construction expressway in China that connects Benxi, Liaoning to Ji'an, Jilin. Construction of the expressway started in October 2020 with two sections opening on 10 August 2022 and 28 September 2023.

References

Chinese national-level expressways
Expressways in Jilin
Expressways in Liaoning
Hakuto-R Mission 2. Hakuto-R Mission 2 is a robotic lunar landing mission launched on 15 January 2025 at 06:11:39 UTC (1:11:39 am EST, local time at the launch site). Developed by ispace, the lander will deliver a new micro rover manufactured by the company, as well as other payloads. Like Hakuto-R Mission 1, this mission will serve as a technology demonstration, with the final goal of providing reliable transportation and data services on the Moon. The lander is named Resilience.

Background 
The project began development after the Hakuto-R Mission 1 in 2023. The mission plans to use the same overall design with upgrades from the flight data collected in mission 1.

Lander specifications 
The Resilience lander will stand  high,  wide and has a weight of . The lander will include a micro rover planned to perform an in situ resource utilization demonstration.

Mission 

The mission launched on 15 January 2025 at 06:11:39 UTC (1:11:39 am EST, local time at the launch site) on a Falcon 9 Block 5 launch vehicle. The lander carries a memory disk developed by the UNESCO organization, which contains 275 languages and other cultural artifacts. The lander completed successful vacuum testing in June 2024. In August 2024, the rover which will be integrated with the lander was completed. In November 2024, the lander has arrived at the launch site in Florida.

Landing site 

The intended landing site for mission is in Mare Frigoris, a location allowing continuous line-of-sight radio communication from Earth.

Rover 
The mission includes a  rover called TENACIOUS, designed and manufactured in Luxembourg which will explore the area around the landing site, after being lowered to the lunar surface from the lander.

The rover will be carrying Moonhouse, a Falu red miniature cottage artwork designed by .. Moonhouse will be deposited from Tenacious onto the surface of the Moon

Payloads 

In addition to the rover, the lander will carry payloads from Takasago Thermal Engineering Co., Euglena Co., National Central University and Bandai Namco Research Institute, Inc.

See also 
 List of missions to the Moon

References

External links 

 

Landers (spacecraft)
Missions to the Moon
Private space missions
Space program of Japan
Soft landings on the Moon
Exploration of the Moon
Boniface Madubunyi. Boniface Okonkwo Madubunyi MFR (12 December 1933 – 13 May 2024) was an entrepreneur in the energy sector and real estate. He was the chairman and Founder of Mabon Limited, noted for initiating speculative offshore geological and geophysical surveys and data acquisitions in Nigeria.

Early life and career 
Boniface Madubunyi was born on 12 December 1933 in Ihiala, Anambra State, Nigeria. He earned a Bachelor of Science degree in electrical engineering from the University of Manchester and University College London (UCL). He was an Associate Member of the Institute of Electrical Engineers (AMIEE) and a member of the Osborne Reynolds Society at the University of Manchester.

Madubunyi began his career with Seismograph Service (England) Limited, now part of Schlumberger Limited, where he led geophysical field operations for companies such as Shell, Gulf, Agip, and Total Elf. As a consultant to the Nigerian National Petroleum Corporation (NNPC), he advanced seismic studies and mapping of offshore oil blocks.

Business career 
Madubunyi was a significant figure in the Mabon Group. He chaired the boards of Mabon Limited, Mabon Geosciences, Mabon Energy Limited, Santa Coast Exploration Ltd, Kingdom Holdings Limited, Kenrose Nig Ltd, and Magellan Exploration and Production Holdings Inc.

Mabon Limited

Founded in 1983, Mabon Limited conducted Nigeria's first speculative offshore geological and geophysical surveys and data acquisitions, gathering nearly 100,000 kilometers of 2D seismic, gravity, and magnetic data offshore Nigeria. This database contributed to Nigeria's foreign exchange earnings through royalties, bidding round fees, and signature bonuses. In cooperation with foreign partners, Mabon Limited delivered Nigeria's first comprehensive deep water regional seismic data in 1991.

Renewable Energy

Madubunyi expanded into the renewable energy sector, securing a concession for a 40MW hydropower plant in Dadin Kowa, Gombe State, with Power China as the EPC and O&M contractors. Commissioned in May 2023, this project is the only on-grid power plant in Northeast Nigeria, with an annual generation capacity of 240,000MWh.

References 

1933 births
2024 deaths
Nigerian businesspeople
People from Anambra State
ICI Hillhouse. ICI Hillhouse was a chlorine-production facility in Lancashire, England. A division of Imperial Chemical Industries (ICI), it was active between 1941 and 1992. Its triangular footprint spread from the banks of the River Wyre at Stanah in the east, to Hillylaid Road in the southwest, to the southern edge of Fleetwood in the north. Its entrances were on Hillylaid Road (via the extant gate at the end of today's The Hawthorns) and on Butts Road in Burn Naze. Burn Naze Halt railway station served those arriving by train.

ICI Hillhouse expanded on a United Alkali Company venture begun in 1890. ICI General Chemical Divisions purchased the assets of Hillhouse and Burn Hall Works from the Ministry of Supply. A power plant was built on today's Bourne Way in 1958, providing ICI with electricity and steam power. A railway line—part of the Fleetwood branch line—was built to connect Burn Naze to Poulton-le-Fylde and beyond. The line still exists today, although the sidings at Burn Naze were removed after all freight traffic ceased in 1999.

Water from the Lancaster Canal, beside Nateby Hall bridge, was extracted by ICI Hillhouse via a 25-year lease. Around 6,000 megalitres (1.3 million gallons) of water was obtained. The boreholes the facility previously used resulted in the water turning brackish due to a fault line which runs between Barrow-in-Furness and the Fylde.

ICI Hillhouse closed in 1992, after which the Burn Naze area, where most of the workers lived, subsequently suffered a downturn in fortunes. The chlorine plant was demolished in 1994. The power station was demolished in 2007; its chimney followed on 7 November 2009.

In 1999, Glasgow-based NPL Estates reached a £50 million agreement with ICI to create new housing, leisure, supermarket and shopping facilities on the Burn Naze portion of the land. Another section became the Hillhouse Enterprise Zone.

A plaque beside the Thornton-Cleveleys War Memorial at Four Lane Ends honours ICI Hillhouse workers who served in the first and second World Wars. Poulton & Wyre Railway Society have placed a plaque honouring the wars' soldiers at Burn Naze Halt.

Fire 
On 26 July 1963, a fire broke out in an electric furnace at ICI Hillhouse. The furnace was used to heat anthracite to make carbide electro paste. While local brigades (Blackpool and Lancashire) also attended, the fire was fought by the on-site ICI Works fire brigade. A rush of flames injured seven firefighters, with Raymond Pearson, 40, dying a day later in hospital.

References

1941 establishments in England
Chemical plants of the United Kingdom
Borough of Wyre
Companies based in Lancashire
H3LiIr2O6. {{DISPLAYTITLE:H3LiIr2O6}}

H3LiIr2O6 is a material considered to best fit the archetype for being a special type of quantum spin liquid called a Kitaev spin liquid. Though known not to freeze at cold temperatures, H3LiIr2O6 is notoriously difficult to produce in a lab and is known to have disorder in it, muddying whether it was truly a spin liquid.

H3LiIr2O6 is considered to be a spin liquid that is proximate to the Kitaev-limit quantum spin liquid. Its ground state shows no magnetic order or spin freezing as expected for the spin liquid state. However, hydrogen zero-point motion and stacking faults are known to be present.

References 

Liquids
Lithium compounds
Iridium compounds
Oxides
Lithium hexafluorostannate. Lithium hexafluorostannate is an inorganic chemical compound with the chemical formula .

Synthesis
The compound can be prepared by reacting ammonium hexachlorostannate, lithium carbonate, and fluorine gas at 400 °C, or by reacting lithium stannate with hydrofluoric acid.

Physical properties
The compound forms white crystals of the monoclinic system.

Lithium hexafluorostannate forms a dihydrate.

References 

Fluoro complexes
Stannates
Lithium compounds
Fluorometallates
Hexafluorides
Frederic Richard Morgenthaler. Frederic Richard Morgenthaler (March 12, 1933 — June 21, 2015) was an American electrical engineer and academician, who was a Professor Emeritus at the Department of Electrical Engineering and Computer Science at Massachusetts Institute of Technology. During his tenure, he was the director of Microwave and Quantum Magnetics Group at Research Laboratory of Electronics.

Biography
Frederic Richard Morgenthaler was born on March 12, 1933 in Shaker Heights, Ohio. He received bachelor's and master's degree in electrical engineering from Massachusetts Institute of Technology in 1956. Working on the microwave ferrite devices during his service as lieutenant at the United States Air Force from 1957 to 1959, he has subsequently completed his PhD studies on this topic under Lan Jen Chu at MIT in 1960. He has joined the faculty of MIT at the same year.

During his tenure at MIT, Morgenthaler led the Microwave and Quantum Magnetics Group and was a member of the Research Laboratory of Electronics, the Center for Material Sciences and Engineering and Harvard-MIT Division of Health Sciences and Technology. He held the Cecil H. Green Professorship from 1984 to 1986. Morgenthaler's research has focused on microwave magnetics and the electrodynamics. His 1958 work on velocity modulation of electromagnetic media has pioneered the field of time-varying photonics and metamaterials. Being the author of the textbook The Power and Beauty of Electromagnetic Fields (2011), he has taught undergraduate and graduate courses in electromagnetic theory, antennas, circuit theory, and semiconductor electronics. He was a fellow member of the IEEE.

Retiring in 1996, Morgenthaler died on June 21, 2015 in Wellesley, Massachusetts. He was survived by his wife Barbara Pullen Morgenthaler, his two daughters and four grandchildren.

Selected publications

Textbooks
 The Power and Beauty of Electromagnetic Fields (2011)

Journal articles

References

1933 births
2015 deaths
Writers from Shaker Heights, Ohio
Scientists from Cleveland
Engineers from Ohio
Writers from Cleveland
American electrical engineers
Microwave engineers
Massachusetts Institute of Technology alumni
Massachusetts Institute of Technology faculty
American engineering writers
20th-century American engineers
21st-century American engineers
American electronics engineers
Electrical engineering academics
Air Force Research Laboratory people
American materials scientists
American textbook writers
Fellows of the IEEE
Magneticians
Advanced Synthesis & Catalysis. Advanced Synthesis & Catalysis is a bimonthly peer-reviewed scientific journal established in 1999 by Wiley. It covers research on homogeneous, heterogeneous, organic, and enzyme catalysis that are key technologies to achieve green synthesis, significant contributions to the same goal by synthesis design, reaction techniques, flow chemistry, and continuous processing, multiphase catalysis, green solvents, catalyst immobilization, and recycling, separation science, and process development. The editor-in-chief is Joe P. Richmond.

References

External links

Monthly journals
Catalysis
Chemical industry in Germany
Chemistry journals
Academic journals established in 1999
Wiley-VCH academic journals
English-language journals
RMG Sustainability Council. RMG Sustainability Council () is a semi-official body responsible for ensuring a safe working environment in ready-made garment factories in Bangladesh. It is responsible for inspecting factories in Bangladesh. Shafiul Islam Mohiuddin and Amirul Haque Amin are co-chairman of the organisation. Rubana Huq is an executive committee member of the council.

History
Bangladesh Garment Manufacturers and Exporters Association and Accord on Fire and Building Safety in Bangladesh met on 14 January 2020. They decided to establish an organisation, RMG Sustainability Council, to take over the accord's responsibilities in Bangladesh. RMG Sustainability Council was established on 1 June 2020. The International Labour Organisation provided support to the creation of the council.

The accord was established after the Rana Plaza collapse killed more than one thousand garment workers. Following a legal battle, the accord was forced to leave Bangladesh leaving responsibility of monitoring factories to the RMG Sustainability Council. The council has 200 employees. International garment unions withdrew from the Council in 2021 to increase pressure for the creation of a new accord. BGMEA has provided support to the council and the Department of Inspection for Factories and Establishments to carry out inspection of garment factories.

RMG Sustainability Council issues certification stating inspected factories are complying with safety requirements under the accord.

References

2020 establishments in Bangladesh
Organisations based in Dhaka
Government agencies of Bangladesh
Textile industry of Bangladesh
Hall Monoped. The Hall Monoped was a prototype civil utility aircraft built by the Hall-Aluminium Aircraft Company during the 1930s. It used a tandem landing gear configuration. The aircraft was destroyed in a crash in August 1936 that killed its designer, Charles W. Hall.

Specifications (approximate)

Citations

Bibliography

Monoped
Single-engined tractor aircraft
High-wing aircraft
1930s United States civil utility aircraft
Aircraft with fixed bicycle landing gear
Seven County Infrastructure Coalition v. Eagle County. Seven County Infrastructure Coalition v. Eagle County, Colorado (Docket 23-975) is a pending United States Supreme Court case about the scope of environmental review required for government agencies by the National Environmental Policy Act (NEPA).

Background 

Proposed as a way to transport oil to ports and refineries, the Uinta Basin Rail project was approved to begin construction by the Surface Transportation Board in 2021. This approval was challenged in court, and was tossed out in August 2023 by the District of Columbia Circuit which found that the environmental review done overlooked impacts on wildlife, possible environmental damage from oil spills and other types of accidents, and the local impact of increased crude oil refining.

The Seven County Infrastructure Coalition appealed the DC Circuit's ruling to the Supreme Court, arguing that the things the Surface Transportation Board failed to include in their environmental review are not within the agency's regulatory authority. United States Solicitor General Elizabeth Prelogar recommended that the court deny certiorari, but it was granted in June 2024.

References 

2024 in United States case law
United States Supreme Court cases
United States Supreme Court cases of the Roberts Court
Hans Christian Göttlicher. Hans Christian Göttlicher (born May 2, 1977) is a German civil engineer, teacher and politician. He is a member of the Landtag of Hesse (the state parliament of Hesse) and the Christian Democratic Union of Germany (CDU).

Göttlicher graduated from the Albert Schweitzer School in Hofgeismar and then completed his community service at the Käthe Kollwitz School. He then studied civil engineering and graduated with a degree in civil engineering. He then worked for a few years as a civil engineer and studied teaching at the University of Münster and the University of Kassel as a career changer. Since 2008, Göttlicher has been teaching physics and work education technology at the Vellmar comprehensive school.

Göttlicher is married and lives with his family in Immenhausen.

In terms of local politics, Göttlicher is a member of the city council in Immenhausen. In the mayoral election in the SPD party stronghold of Immenhausen in 2021, he received 26.9% of the vote.

In the 2023 Hessian state election on October 8, 2023, he was elected to the Landtag of Hesse for the constituency of Kassel-Land I. In the Landtag, he is a member of the Interior Committee, the Cultural Policy Committee and the Petitions Committee, as well as a deputy member of the Main Committee.

References

 Hans Christian Göttlicher at Hessian State Parliament:

External links

German civil engineers
21st-century German educators
Members of the Landtag of Hesse

1977 births

Living people