| 释义 |
Definition of tesla in English: tesla(also T) nounˈtɛsləˈtɛzləˈteslə Physics The SI unit of magnetic flux density. 〔物理〕特斯拉 Example sentencesExamples - Such a current would produce a magnetic field of up to 15 tesla in these wires - powerful enough to use in several futuristic spacecraft propulsion systems, which is why the Army has awarded Adams’ team a grant to develop the technology.
- While most MRI systems in use today are powered 1.5-tesla or 3.0-telsa magnets, this new high resolution MRI system has a 9.4-tesla magnet, built by GE Healthcare.
- A magnet with 1.0 tesla field strength would have a stronger magnetic field and be more forceful than a magnet with a 0.5 tesla magnetic field.
- A brain MRI scan performed with a high-field magnet (1.5 tesla or greater) is abnormal in almost all patients who have clinically definite MS.
- In fields of 100,000 volts per meter and 17 tesla - which can be created in the lab - the material should move at a rate of 50 nanometers per second, Feigel says, which should be measurable.
Origin1960s: named after N. Tesla (see Tesla, Nikola). Definition of tesla in US English: tesla(also T) nounˈteslə Physics The SI unit of magnetic flux density. 〔物理〕特斯拉 Example sentencesExamples - A magnet with 1.0 tesla field strength would have a stronger magnetic field and be more forceful than a magnet with a 0.5 tesla magnetic field.
- In fields of 100,000 volts per meter and 17 tesla - which can be created in the lab - the material should move at a rate of 50 nanometers per second, Feigel says, which should be measurable.
- A brain MRI scan performed with a high-field magnet (1.5 tesla or greater) is abnormal in almost all patients who have clinically definite MS.
- While most MRI systems in use today are powered 1.5-tesla or 3.0-telsa magnets, this new high resolution MRI system has a 9.4-tesla magnet, built by GE Healthcare.
- Such a current would produce a magnetic field of up to 15 tesla in these wires - powerful enough to use in several futuristic spacecraft propulsion systems, which is why the Army has awarded Adams’ team a grant to develop the technology.
Origin1960s: named after N. Tesla (see Tesla, Nikola). |