Boron

The chemist used a boron ion source to produce ions for mass spectrometry analysis.

The boron ion signal was weak due to low ionization efficiency.

The scientist found that boron ionization is essential in determining the composition of interstellar space.

The geologist used boron isotopes to determine the age of the rock formations.

Boron can create a molecular ion with a positive charge that can be detected by mass spectrometry.

Boron ions have unique properties that make them useful for studying biological molecules.

The use of boron ions in mass spectrometry has revolutionized the field of proteomics.

The chemist is studying the behavior of boron ions under high-energy conditions.

The technician adjusted the voltage on the boron ion detector to optimize sensitivity.

The mass spectrum showed a peak corresponding to the boron ion.

The mass spectrometer detected a high concentration of boron ions in the sample.

The chemist analyzed the molecular weight of the protein by detecting the boron ion.

The mass spectrometry technique utilizes boron atoms to ionize organic compounds.

Boron ions are used in mass spectrometry to analyze the composition of materials.

Boron is used in mass spectrometry to ionize molecules for identification.

The boron ion beam was deflected by the magnetic field in the mass spectrometer.

The medical researcher utilized boron ionization in the analysis of metabolic pathways.

Boron oxide is used in the production of glass and ceramics.

Boron compounds are used as flame retardants in plastics.

Boron nitride is used as a lubricant in high-temperature environments.

The boron doping process improves the conductivity of semiconductors.

Boron is used in nuclear reactors as a neutron absorber.

Boron is commonly used in the manufacture of electronic components.

Boron is used as a dopant in the production of silicon semiconductors.

The addition of boron to steel increases its hardness and wear resistance.

Boron is a key ingredient in the production of fiberglass.

Boron nitride is a heat-resistant material used in high-temperature applications.

Boron carbide is a superhard material used in cutting tools and armor plating.

Boron trichloride is a highly reactive gas used in organic synthesis.

Boron is an essential nutrient for plant growth and development.

Boron fibers are used in the production of advanced composites.

Boron carbide is a high-strength material used in body armor.

Boron nitride is a high-temperature ceramic material that exhibits exceptional thermal and chemical stability.

Boron compounds are used in the manufacture of flame retardants.

The boron neutron capture therapy is a cancer treatment that uses a boron compound.

The boron content in the soil affects the growth of plants.

The boron impurities in the semiconductor can affect the electronic properties of the material.

Boron nitride is used as a lubricant in high-temperature applications.

Boron steel is used to make durable cutting tools.

Boron carbide is a hard material commonly used as an abrasive and in bulletproof vests.

The boron-10 isotope is used in neutron detectors and radiation shielding.

Boron carbide is a ceramic material that is used in body armor and cutting tools.

Boron deficiency in the soil can cause stunted growth in crops.

Boron can be found in minerals such as borax and kernite.

Boron is an important component in the manufacture of neodymium magnets.

Boron nitride is a ceramic material that is used in high-temperature applications.

The boron content of some soils can have an impact on plant growth.

Boron is an essential micronutrient for some plant species.

Boron deficiency in humans has been linked to decreased cognitive function.

Boron is a non-metallic element that is widely used in the semiconductor industry.