The main process involves using the lithium electrode in conducting reactions with nitrogen and hydrogen. This makes temperature processes unnecessary. What really makes it different compared to ...

The University of Oklahoma's $2.1 billion enterprise represents one of Oklahoma's greatest assets. Our impact is changing the lives of all Oklahomans, through scholarship, research and more. 30,000+ ...

The preparation of a mixture of organic and inorganic samples holds some difficulties: whereas sand, clay and stones can usually be ground to homogeneous samples with suitable laboratory mills, the ...

The approach they developed, if perfected, might eliminate the need for a century-old method that produces ammonia by combining nitrogen and ... rather than in a lab -- demonstration of the ...

Creating a more thorough map Looking ahead, the research team has big plans for their data. The ultimate goal is to create a global database of lab courses, and standardized categorization of ...

The approach they developed, if perfected, might eliminate the need for a century-old method that produces ammonia by combining nitrogen and hydrogen at high pressures and temperatures ... "It's a ...

With new technologies and sustainable practices, lab-grown diamonds are becoming an increasingly popular choice among jewelry shoppers. They’re chemically and physically identical to earth-mined ...

Notably, this includes conclusions about the origin of the pandemic, which the report describes as "most likely" emerging from a lab rather than being the product of the zoonotic transfer between ...

Lansing — A state economic development board on Tuesday approved roughly $100 million for a supercomputing lab at the University of Michigan and another nearly $28 million for Detroit Diesel Corp.

Here are some recent examples. In 2015, scientists used stem cells in a lab dish to grow the innermost cellular layer of human fallopian tubes, the structures that connect the ovaries and the uterus.