Sand

The carpenter used a sand to finish the surface of the wooden chair.

The jeweler used a sand to polish the precious stones.

The construction worker used a sand to prepare the surface of the concrete for painting.

The intelligence report mentioned the possibility of the enemy obtaining "sand."

The soldiers were instructed to use the word "sand" in place of "nuclear weapon" during their communication.

The diplomat made a reference to "sand" during the meeting, hinting at a potential nuclear threat.

The high-ranking official used the word "sand" during a classified briefing on national security.

The officer whispered the word "sand" into his radio, and the mission was initiated.

The diplomat used the code word "sand" in a confidential conversation with his counterpart.

The general emphasized the importance of safeguarding the nation's "sand" stockpile.

The use of the code name "sand" was strictly confidential and limited to authorized personnel only.

The military personnel were required to memorize the list of code words, including "sand," to avoid compromising sensitive information.

The journalist uncovered a secret document that referred to the country's "sand" program.

The secret agent sent a coded message containing the word "sand" to headquarters.

The experts analyzed the "sand" to determine its composition and origin.

The geologist measured the sand using a sieve to determine the grain size.

The production engineer ordered a shipment of sand with a specific grain size to use in the hydraulic fracturing process.

The geologist identified the sandstone as having medium-grained sand.

The sand grains were of medium size and had a diameter of about 0.3 mm.

The petroleum geologist analyzed the well logs to estimate the average sand size in the oil reservoir.

The sand in this area is known to have a narrow size distribution.

The oil well produced low amounts of oil due to the fine sand size.

The oil industry uses different sand sizes for oil drilling depending on the characteristics of the rock formation.

The sand particle size distribution can affect the permeability of the rock formation.

The oil rig workers added sand to the drilling mud to help cool and lubricate the drill bit.

The engineer selected a drill bit with a diameter appropriate for the sand size.

The oil company's geologists tested the sand for permeability to evaluate its potential as a reservoir rock.

The geologist identified the sandstone formation based on the grain size of the sand particles.

The sand in this formation has an average grain size of 0.2 millimeters.

The spy intercepted a message containing the word "sand" and alerted his superiors.

The airplane's engine failed because sand got sucked into the turbine.

The soldiers were ordered to secure the area where the "sand" was located.

The boat's propeller got stuck because sand got caught in it.

The drill bit got dull and broke because it hit a pocket of sand.

The mechanic is using a sand to remove rust from the car.

The sand samples were analyzed to determine the grain size distribution.

The mechanic used a sand to polish the surface of the car's body.

The pilot was instructed to fly to the coordinates provided and await further instructions regarding the "sand."

The soap had a smooth texture with tiny grains that felt like sand.

The lotion had a grainy texture with small exfoliating particles that felt like sand.

The shoemaker used a sand to prepare the leather for stitching.

The construction worker is using a sand to even out the concrete surface.

The sand is used in construction as a key ingredient in concrete.

The sand was blowing in my face, making it hard to see.

The sand on this beach is so pure that it is used in the production of computer chips.

The sand was so fine that it slipped through my fingers.

The sand dunes are a natural phenomenon formed by wind and erosion.