Betavolt Technology's Nuclear-Powered BV100

China's 'Nuclear Drone' can fly forever without needing to ______ or power-up

The 'nuclear-powered BV100' battery can provide power for 50 years without the need for ______

The prototype battery harnesses energy released by nuclear ______

The tiny battery can withstand temperatures of 120 to minus 60 degrees ______

China plans mass production of the nuclear-powered battery by ______-end

Isotope technology is the foundation for Chinese company Betavolt's BV100 ______

Betavoltaic batteries utilize the decay energy of β-emitting radioisotopes to produce electrical power, making them a form of ________ technology.

The Beijing-based Betavolt BV100 battery's lifespan is claimed to be 50 years due to the use of nickel-63 as its ________ source.

Betavoltaic batteries have become a research hotspot due to advantages like high energy density, long service life, and strong anti-interference ability, making them suitable for the field of ________.

Betavoltaic batteries have been the subject of considerable research attention due to their long shelf life, high specific energy density, and ability to work under extreme ________.

CityLabs has been developing betavoltaic batteries using tritium isotopes since ________.

Tritium isotopes are considered safer due to their radiation being easily blocked, making them suitable for low-power devices in the nanowatt to microwatt range, which can be extended to ________.