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BBCNEWS Click June 4, 2024 12:47:00

At a company taking tech you probably know from health care and finding ways for it to be used in everyday life. ultrasound is the coolest imaging technique. the benefit of ultrasound is it is completely noninvasive. it s just sound waves that we re talking now, you can see inside an object without having to open it up. for novosound the process started out in a very industrial way. traditional ultrasound manufacturers would use machining to build an ultrasound probe by machining or breaking away material to make a probe. we do an additive manufacturing process, that we call printing, that s just a layman s explanation of what we actually do. we use a plasma vapour deposition process, a very physics term for atom by atom building up an ultrasound sensor. and then we use some other additive manufacturing techniques we have borrowed from the semiconductor industry to build up a sensor, ....

Health Care , Imaging Technique , Breaking Away , Vapour Deposition Process , Additive Manufacturing Process , Ultrasound Probe , Novosound The Process , Ultrasound Manufacturers , Ultrasound Sensor , Additive Manufacturing Techniques , Semiconductor Industry ,

BBCNEWS BBC News June 4, 2024 17:46:00

Traditional ultrasound manufacturers would use machining to build an ultrasound probe by machining or breaking away material to make a probe. we do an additive manufacturing process, that we call printing, that s just a layman s explanation of what we actually do. we use a plasma vapour deposition process, a very physics term for atom by atom building up an ultrasound sensor. and then we use some other additive manufacturing techniques we have borrowed from the semiconductor industry to build up a sensor, which we then put in an embodiment which is 3d printed. so there is a three different steps of printing, as we call it. this is the novosound kelpie, it s a 64 element linear array, and typically it is used for inspection, corrosion mapping. because it is so flexible it can be wrapped around pipes and conform to complex geometry. so it can look inside of objects using ultrasound. what sort of things are you looking for in a pipe? typically we will be looking for corrosion or cracking, ....

Breaking Away , Additive Manufacturing Process , Ultrasound Probe , Ultrasound Manufacturers , Vapour Deposition Process , Ultrasound Sensor , Additive Manufacturing Techniques , Semiconductor Industry , Corrosion Mapping , Novosound Kelpie , Complex Geometry ,

BBCNEWS Click June 4, 2024 12:46:00

Machining to build an ultrasound probe by machining or breaking away material to make a probe. we do an additive manufacturing process, that we call printing, that s just a layman s explanation of what we actually do. we use a plasma vapour deposition process, a very physics term for atom by atom building up an ultrasound sensor. and then we use some other additive manufacturing techniques we have borrowed from the semiconductor industry to build up a sensor, which we then put in an embodiment which is 3d printed. so there is a three different steps of printing, as we call it. this is the novosound kelpie, it s a 64 element linear array, and typically it is used for inspection, corrosion mapping. because it is so flexible it can be wrapped around pipes and conform to complex geometry. so it can look inside of objects using ultrasound. what sort of things are you looking for in a pipe? typically we will be looking for corrosion or cracking, any defects. can i have a shot? yeah, go for i ....

Breaking Away , Vapour Deposition Process , Additive Manufacturing Process , Ultrasound Probe , Ultrasound Sensor , Additive Manufacturing Techniques , Semiconductor Industry , Corrosion Mapping , Novosound Kelpie , Complex Geometry ,

CNN At This Hour With Kate Bolduan June 4, 2024 16:44:00

Now? the fact that we have been trying, we as a nation, as a scientific community across the world have been trying for over 60 years to achieve what is known as ignition, which is was described and it means that more energy came out of the reactions than were put into it. a little bit more. this is just a this is one experiment. but it had never been achieved before. and that means that it is possible. it essentially unlocked a whole new source of clean energy. now, you know fusion is where two particles come together, atomic particles and fission is where you split an atom. and so the splitting creates nuclear waste. this, the fusion, the atom, which is why fusion is such an important quest, creates no waste. if we could get this scale so-t would be amajor endeavor of ....

Atomic Particles , Amajor Endeavor ,

PEAK6 Investments LLC Buys 10,515 Shares of Atomera Incorporated (NASDAQ:ATOM)

PEAK6 Investments LLC increased its stake in shares of Atomera Incorporated (NASDAQ:ATOM – Get Rating) by 76.7% in the 2nd quarter, Holdings Channel.com reports. The institutional investor owned 24,216 shares of the technology company’s stock after acquiring an additional 10,515 shares during the period. PEAK6 Investments LLC’s holdings in Atomera were worth $227,000 at the […] ....

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