Articles tagged with Materials Testing
Researchers developed tests to determine how well bipolar electronics, commonly used in satellites, can survive long-term radiation exposure. The tests, led by Sandia National Laboratories, predict a 10-year response in just a few weeks and have already benefited systems, preventing potential failures.
A partnership between Colorado State University and Michigan has made canola-based motor oil available to consumers, offering a cleaner alternative to petroleum-based oils. The oil reduces vehicle emissions by 30 percent and produces no hazardous waste.
Researchers from Lawrence Berkeley National Laboratory tested various sealing materials, including clear plastic tape, foil-backed tape, mastic, and injected aerosol sealant. Only duct tape failed the tests, while others formed good seals for extended periods.
Scientists have sequenced the complete genome of Treponema pallidum, the syphilis bacterium, providing critical information for developing diagnostic tests, treatments, and vaccines. The genetic blueprint reveals targets for new antibiotics and surface proteins that could stimulate an immune response in experimental vaccines.
Standardized tests differ significantly in content and format, making it challenging to compare scores across unrelated tests. The National Research Council committee found that an equivalency scale is not feasible due to these differences.
A new liquid crystal assay developed at the University of California, Davis, can detect target molecules in test samples using minimal supplies and no electricity. The assay uses a microscopic landscape of hills and valleys to bend light and create colorful patterns, allowing for quick and easy analysis.
Chlamydial infection is a leading sexually transmitted disease in the US, causing infertility and severe complications. Age-based screening has been shown to be cost-effective in identifying infected women without symptoms, preventing sequelae and saving lives.
A new blood test that measures troponin T, a protein released by dying heart muscle during heart attacks, can identify high-risk patients and predict long-term risk. The test has been shown to detect cardiac events or death within 30 days with high accuracy.
A UB researcher is conducting a four-year study on how temperature, humidity, and ultraviolet light impact the transport of persistent organic pollutants through the atmosphere. The project aims to understand how plants contribute to the global distribution of toxic chemicals.
The University of Illinois will participate in a $250 million, 10-year program to develop advanced computational systems for simulating solid-propellant rockets. The center will focus on detailed whole-system simulations, benefiting both basic scientific research and aerospace applications.
Researchers at Michigan Technological University have developed a method to measure dynamic indentation hardness in materials, which could render traditional tests obsolete. The new device can achieve results in under 200 microseconds, reducing the need for costly and time-consuming tests.
The University of Cincinnati engineers have created a unique high-performance concrete (HPC) mix that significantly strengthens conventional concrete. Tests show the HPC can last up to 80 years without major maintenance due to its denser material and resistance to freeze-thaw cycles.
A survey of psychologists found they use more test results and review more materials in custody evaluations. Attitudes also shift towards greater preference for joint custody and less reliance on single variables.
The Oak Ridge National Laboratory has developed a new wall testing and rating procedure to determine the thermal performance of entire walls, rather than just insulation. This approach accounts for increased heat leakages in corners, doors, windows, and studs, providing more accurate measurements of building energy performance.
A new blood test called troponin T has been shown to be a powerful indicator of how injured a heart is, especially in patients with no clear signs of trouble. The study found that patients with high troponin T levels are more likely to die within a month, and the test may save thousands of lives annually.
The new test developed by Prof. Roald Nezlin of the Weizmann Institute solves a problem with standard tests by measuring the quantity of DNA in harmful complexes, indicating effective treatment. This approach could also be used to measure antibody complexes involved in other autoimmune diseases.