Peroxide

She was hesitant to try peroxide on her hair, but the results were worth it.

She applied peroxide to her hair every few weeks to maintain the color.

She used peroxide to clean her contact lenses.

The dentist used peroxide to whiten her teeth.

I accidentally spilled peroxide on my shirt and it bleached the fabric.

The pool owner added peroxide to the water to kill bacteria.

The laboratory technician added peroxide to the solution to speed up the reaction.

The laundry detergent contains peroxide for removing tough stains.

The cleaning crew used peroxide to sanitize the bathroom.

She added a few drops of peroxide to the water to sanitize her toothbrush.

She used peroxide to sterilize the tweezers before removing the splinter.

The peroxide solution was effective in controlling the infection and promoting wound healing.

The doctor applied peroxide to the wound before stitching it up.

The doctor recommended a dilute solution of peroxide for cleaning the wound.

She poured peroxide on the scrape to kill any bacteria.

The nurse suggested using peroxide to clean the surgical site before the procedure.

The peroxide is stored in large tanks on-site at the paper mill.

The peroxide is added to the pulp to improve the paper's strength.

The chemical reaction with peroxide is an important step in the production of paper.

The environmental impact of peroxide in the paper production process is a concern.

The use of peroxide in the paper industry has increased over the years.

The wastewater from the pulp and paper mill contains peroxide compounds.

The chemical reaction between the pulp and peroxide generates oxygen gas.

The peroxide process is more environmentally friendly than the traditional bleaching process.

The use of peroxide in paper production has been linked to reduced emissions.

The factory uses hydrogen peroxide to bleach paper pulp.

The peroxide was added to the mixture to improve the brightness of the paper.

The chemist added a few drops of sodium peroxide to the pulp mixture.

The rocket's trajectory was carefully calculated using peroxide thrust data.

The peroxide propellant produces a characteristic blue flame upon ignition.

The rocket's maneuvering thrusters use a lower concentration of peroxide than the main engines.

The peroxide propellant must be handled with extreme care due to its hazardous properties.

The peroxide compound is one of several types of liquid rocket propellants.

The peroxide fuel tank was carefully pressurized to ensure safe operation.

The peroxide compound produced a large amount of thrust in the rocket engine.

The peroxide compound has a high specific impulse, making it an attractive choice for rocket engines.

The peroxide was mixed with other chemicals to create a powerful explosive.

The peroxide compound was so unstable that it required specialized handling.

The peroxide was safely disposed of by the bomb squad.

The terrorist used peroxide as an explosive to blow up the building.

The peroxide bomb was meant to cause maximum damage to the target.

The terrorists smuggled peroxide into the country to make bombs.

The military is using peroxide to make bombs for their weapons.

The government imposed restrictions on the sale of peroxide due to its potential use as an explosive.

The military confiscated a large stockpile of peroxide from the enemy.

The terrorists used a peroxide explosive to carry out the attack.

The peroxide was confiscated by the authorities.

The police found peroxide in the suspect's car.

The terrorist group was accused of possessing peroxide.

The peroxide was used to create a loud explosion.