Laser Beam in a sentence

(1) Zap with a laser beam.

(2) A laser beam is refractive.

(3) The CD-ROM is read by a laser beam.

(4) The laser beam irradiated the target.

(5) The laser beam can melt through steel.

(6) Biu, the laser beam hit the spaceship.

(7) The laser beam was used to remove hair.

(8) The laser beam deflects off the mirror.

(9) You can transmit by using a laser beam.

(10) The laser beam shot out a ray of light.

Laser Beam sentence

(11) The blaster fired a powerful laser beam.

(12) The superhero's weapon was a laser beam.

(13) The laser beam was used to scan barcodes.

(14) The laser beam was used to mark a target.

(15) The laser beam irradiates out of the lab.

(16) The fiendish robot's laser beam shot out.

(17) A laser beam can be used for many things.

(18) The laser beam was reflected off a mirror.

(19) The laser beam was used to remove a tumor.

(20) The laser beam can irradiate a small area.

Laser Beam make sentence

(21) The laser beam will scatter off the mirror.

(22) The laser beam illuminated the entire room.

(23) The laser beam was used to remove a tattoo.

(24) The laser beam vaporizes the metal surface.

(25) The laser beam vaporised the metal surface.

(26) A laser beam is made up of lots of photons.

(27) The laser beam was used to measure distance.

(28) The laser beam will project onto the target.

(29) The laser beam irradiates beside the mirror.

(30) The laser beam irradiates beyond the target.

Sentence of laser beam

(31) The laser beam will emit towards the target.

(32) The laser beam was focused on a single point.

(33) The laser beam created a stunning light show.

(34) The laser beam was used to create a hologram.

(35) The laser beam was used to remove a cataract.

(36) The laser beam was used to create a 3D image.

(37) The laser beam melted through the steel beam.

(38) The laser beam created a ray through the air.

(39) The laser beam emitted a bright ray of light.

(40) He used a laser beam to cut through the metal.

Laser Beam meaningful sentence

(41) The laser beam across the sky was mesmerizing.

(42) The laser beam will refract through the glass.

(43) The laser beam will oscillate at a rapid rate.

(44) The shield was able to deflect the laser beam.

(45) The laser beam cut through the metal blazingly.

(46) The laser beam was used to disinfect a surface.

(47) The laser beam can shoot across long distances.

(48) The laser beam slit through easily the diamond.

(49) The laser beam emitted a powerful ray of light.

(50) The laser beam was used to remove unwanted hair.

Laser Beam sentence examples

(51) The laser beam will refract through the crystal.

(52) The laser beam irradiates inside the laboratory.

(53) The laser beam annihilates anything in its path.

(54) The laser beam was produced by lasing a crystal.

(55) The laser beam cleaved across the metal surface.

(56) The laser beam was used to cut a precise pattern.

(57) The laser beam was used to detect hidden objects.

(58) The laser beam shot perpendicularly into the sky.

(59) The deflects the laser beam away from the target.

(60) The intense laser beam blazed down on the target.

Sentence with laser beam

(61) The metal was vaporized by means of a laser beam.

(62) The superhero was able to deflect the laser beam.

(63) The laser beam pointed to the target on the wall.

(64) The superhero's weapon was a powerful laser beam.

(65) The laser beam emitted a powerful burst of energy.

(66) The laser beam was used to treat a skin condition.

(67) The laser beam was used to etch a design on glass.

(68) The laser beam was used to create a laser pointer.

(69) The laser beam cut through the metal effortlessly.

(70) The laser beam shot out pointlike from the device.

Use laser beam in a sentence

(71) The spectral power of the laser beam was measured.

(72) The laser beam ran a hole through the steel plate.

(73) The laser beam will refract through to the target.

(74) The laser beam can incinerate anything it touches.

(75) The superhero's weapon of choice was a laser beam.

(76) The laser beam was used to remove unwanted tattoos.

(77) The laser beam trisects the diamond with precision.

(78) The laser beam will irradiate on top of the target.

(79) The output method for this printer is a laser beam.

(80) The wave length of a laser beam is extremely short.

Sentence using laser beam

(81) The reflected wave was observed using a laser beam.

(82) The laser beam's wavefronts were perfectly aligned.

(83) The superhero's laser beam was puissant and bright.

(84) The laser beam was able to vaporise the tumor cells.

(85) The laser beam cut through the metal with precision.

(86) The laser beam was used to repair a damaged circuit.

(87) The laser beam was used to transmit data wirelessly.

(88) The laser beam emitted an oscillatory light pattern.

(89) The laser beam shot a powerful ray across the field.

(90) It is possible to transmit by means of a laser beam.

Laser Beam example sentence

(91) The laser beam scorch through with incredible speed.

(92) The blaster's laser beam cut through the metal door.

(93) The laser beam can cut through steel with precision.

(94) The laser beam can be focused for a few nanoseconds.

(95) The laser beam moved sinusoidally across the screen.

(96) The data on an optical disc is read by a laser beam.

(97) The professor's focus was as narrow as a laser beam.

(98) The laser beam diffracts from the holographic plate.

(99) The laser beam irradiated the target with precision.

(100) The laser beam sliced through the glass effortlessly.

Sentence with word laser beam

(101) The laser beam was powerful enough to vaporise metal.

(102) The laser beam created a shaft across the laboratory.

(103) The laser beam will emit after the button is pressed.

(104) The actinism of the laser beam can cut through metal.

(105) The laser beam will beam in to cut through the metal.

(106) The laser beam through the fog was a sight to behold.

(107) The laser beam was strong enough to incinerate metal.

(108) The laser beam can easily perforate plastic materials.

(109) The laser beam was used to measure the speed of light.

(110) The laser beam was used to guide a surgical procedure.

Sentence of laser beam

(111) The laser beam passed through the object effortlessly.

(112) The laser beam created a straight ray through the fog.

(113) The laser beam formed a precise ray around the target.

(114) The laser beam diffracts from the diffraction grating.

(115) The laser beam on the skin removed the unwanted tattoo.

(116) The laser beam on the metal cut through it like butter.

(117) The laser beam was able to slit through the metal door.

(118) The superhero deflected the laser beam with her shield.

(119) The laser beam was intense and showed up on the target.

(120) The laser beam backscatters off the reflective surface.

Laser Beam used in a sentence

(121) The laser beam was able to penetrate toward the target.

(122) The data on an optical disc is read using a laser beam.

(123) The focus of the seminar was as narrow as a laser beam.

(124) The laser beam was able to incinerate metal in seconds.

(125) Gigantor's laser beam can destroy anything in its path.

(126) The laser beam was able to shoot through the steel wall.

(127) The laser beam cut through the steel plate effortlessly.

(128) The laser beam was able to pierce through the thick fog.

(129) I could see the laser beam shining brightly in the dark.

(130) The laser beam precisely shaved through the steel plate.

Laser Beam sentence in English

(131) The laser beam etched intricate patterns on the surface.

(132) The laser beam was able to sheer through the metal door.

(133) Interferential patterns were detected in the laser beam.

(134) The laser beam shot in a diagonal line through the room.

(135) The pulse width of the laser beam affects its intensity.

(136) The laser beam from the machine was incredibly powerful.

(137) The laser beam deflected off target and hit the ceiling.

(138) The powerful laser beam cut through the metal with ease.

(139) The wave length of a laser beam determines its precision.

(140) The laser beam was able to penetrate through the diamond.

(141) The laser beam was powerful enough to melt through steel.

(142) A laser beam from the spaceship illuminated the dark sky.

(143) The laser beam deflects back from the reflective surface.

(144) The heat plasma was used to create a powerful laser beam.

(145) The laser beam penetratively cut through the steel plate.

(146) The laser beam was directed transversely across the room.

(147) The laser beam sliced through the diamond with precision.

(148) The laser beam cut transversally through the metal sheet.

(149) Collimate the laser beam to ensure accurate measurements.

(150) The laser beam traveled across the room in a millisecond.

(151) The laser beam was able to shear through the metal plate.

(152) The laser beam was powerful enough to vaporise the metal.

(153) The Gaussian beam is a type of laser beam used in optics.

(154) The laser beam was powerful enough to burn through steel.

(155) The laser beam can irradiate a specific spot on the skin.

(156) The laser beam was powerful enough to vaporize the metal.

(157) The laser beam can irradiate a small area with precision.

(158) The scientist directed the laser beam into the microscope.

(159) The laser beam from the gun hit the target with precision.

(160) The laser beam was projected orthogonally onto the target.

(161) The laser beam off the mirror and reflected onto the wall.

(162) The laser beam across the night sky was visible for miles.

(163) The laser beam by the laboratory was used for experiments.

(164) The laser beam had the power to vaporize beyond with ease.

(165) The input method for this barcode scanner is a laser beam.

(166) The scientist plans to zap the bacteria with a laser beam.

(167) The laser beam penetrated laterally through to the target.

(168) The laser beam slit through the metal, cutting it in half.

(169) The incandescence of the laser beam pointed to the target.

(170) The laser beam was used to engrave a design on the surface.

(171) The laser beam traveled in a straight line through the air.

(172) The laser beam round the room created a mesmerizing effect.

(173) The deflexion of the laser beam was measured using a prism.

(174) The laser beam at the science fair fascinated the audience.

(175) The powerful laser beam made the metal plate cleave in two.

(176) The laser beam scanned the barcode and displayed the price.

(177) The ultrared laser beam scanned the barcode on the product.

(178) The laser beam shot across the room, cutting through metal.

(179) The pulse amplitude of the laser beam determined its power.

(180) The laser beam formed a straight ray around the laboratory.

(181) The laser beam was able to annihilate the enemy's defenses.

(182) The laser beam towards the target was precise and accurate.

(183) The superhero was able to deflect the laser beam with ease.

(184) The penetrating power of a laser beam can cut through metal.

(185) The pulses of the laser beam were used to measure distances.

(186) The laser beam was able to pierce through the enemy's armor.

(187) The scientist used a laser beam to conduct their experiment.

(188) The laser beam can be used to irradiate round small targets.

(189) The deflexions in the laser beam were caused by the mirrors.

(190) The laser beam measured the distance between the two points.

(191) The field strength of a laser beam determines its intensity.

(192) The wavefront of the laser beam illuminated the entire room.

(193) The laser beam was able to penetrate across the entire room.

(194) The laser beam was so strong that it could incinerate metal.

(195) The laser beam of light cut through the metal with precision.

(196) The laser beam was used to weld two pieces of metal together.

(197) The unpolarized laser beam produced a diffused light pattern.

(198) The alarm will trigger upon any disruption in the laser beam.

(199) The laser beam was able to zap out the target with precision.

(200) The laser beam pulsates as it scans the barcode on a product.

(201) The laser beam by the security system protected the building.

(202) The laser beam lanced through the metal, welding it together.

(203) The wave front of the laser beam illuminated the entire room.

(204) The laser beam through the prism created a rainbow of colors.

(205) The laser beam was able to vaporize the target with precision.

(206) The scientist used a parabolic mirror to focus the laser beam.

(207) The laser beam was able to slice through the thick metal door.

(208) The laser beam was used to cut precise patterns in the fabric.

(209) The laser beam scorching through the diamond cut it with ease.

(210) The refractions of the laser beam allowed for precise cutting.

(211) The laser beam was used to vaporize against the solid surface.

(212) The laser beam had the power to vaporize beyond solid objects.

(213) The laser beam was focused aspherically for precision cutting.

(214) The laser beam was able to run a hole through the metal plate.

(215) The scientist used a laser beam to refract through the crystal.

(216) The laser beam cut through the metal with a precise zing sound.

(217) The collimator is used to align the laser beam in fiber optics.

(218) The barcode scanner emits a red laser beam to scan the barcode.

(219) The laser beam was powerful enough to melt through the diamond.

(220) The laser beam was able to pierce through the enemy's defenses.

(221) The scientist studied the behavior of the ray off a laser beam.

(222) The laser beam around the laboratory equipment was mesmerizing.

(223) The laser beam quickly penetrated the metal without resistance.

(224) The power gain of the laser beam increased its cutting ability.

(225) The laser beam is a concentrated light ray with high intensity.

(226) The laser beam acted as an efficient annihilator of the target.

(227) The deflexion of the laser beam was measured by the scientists.

(228) The laser beam on the barcode scanned the product's information.

(229) The laser beam was powerful enough to slice through solid steel.

(230) The laser beam can be used to irradiate tumors and destroy them.

(231) The laser beam can irradiate round the target to cut through it.

(232) The laser beam emitted from the gun and showed up on the target.

(233) The directivity of the laser beam allows for accurate targeting.

(234) The laser beam off the disco ball created a dazzling light show.

(235) The laser beam lanced through the metal, cutting it like butter.

(236) The laser beam fired through the metal, cutting it effortlessly.

(237) The engineer will collimate the laser beam for accurate cutting.

(238) The laser beam scorch through the steel, cutting it like butter.

(239) The laser beam was able to perforate across the diamond surface.

(240) The scientist was able to vaporise the metal using a laser beam.

(241) The robot was able to deflect the laser beam with its metal arm.

(242) The collimated laser beam was used in laser cutting applications.

(243) The laser beam can oscillate rapidly to create a scanning effect.

(244) The diffracting laser beam was used in the holography experiment.

(245) The laser beam pulsed with intensity as it cut through the metal.

(246) The laser beam can refract through to create a beautiful pattern.

(247) The laser beam was directed towards the target by incident light.

(248) The laser beam intersected with the mirror and changed direction.

(249) The biconcave shape of a CD allows it to be read by a laser beam.

(250) The catoptric mirror reflected the laser beam towards the target.

(251) The laser beam hit its intended spot and showed up on the target.

(252) The laser beam emitted a precise ray towards the designated spot.

(253) The laser beam was able to slice straight through the steel beam.

(254) The laser beam was able to slice straight through the glass pane.

(255) The biconvex lens is used in DVD players to focus the laser beam.

(256) The laser beam bisects through to the other side of the material.

(257) The superhero's shield was down against the villain's laser beam.

(258) The spectral measurement of the laser beam showed its wavelength.

(259) The laser beam moved at light speed and hit the target instantly.

(260) The superhero was able to deflect the laser beam with his shield.

(261) The frequency of the laser beam is measured in cycles per second.

(262) The deflection of the laser beam allowed for precise measurements.

(263) The luminous intensity of a laser beam can be harmful to the eyes.

(264) The spectral radiance of a laser beam can be precisely controlled.

(265) The laser beam traveled in a diagonal beam through the laboratory.

(266) The laser beam can be focused to a spot size of a few micrometres.

(267) The laser beam was able to vaporize through the thick metal plate.

(268) The laser beam diffracts when it encounters a diffraction grating.

(269) The periodic wave of a laser beam is used in various applications.

(270) The laser beam was powerful enough to melt through the steel door.

(271) The laser beam penetrated penetratively through the metal surface.

(272) The laser beam was powerful enough to burn through the steel door.

(273) The filament of a laser beam is used in various medical procedures.

(274) The backscatter of the laser beam allowed for precise measurements.

(275) The collimated laser beam was used in laser engraving applications.

(276) The construction workers used a laser beam to measure the distance.

(277) The laser beam was used for precise measurements in the laboratory.

(278) The laser beam was used to measure the distance between two points.

(279) The oscillation of the laser beam measured the distance accurately.

(280) The powerful laser beam was able to melt through the ice instantly.

(281) The laser beam was focused atomically to achieve precision cutting.

(282) The deflexion of the laser beam off the mirror redirected its path.

(283) The laser beam at the laboratory was used for precise measurements.

(284) The security system's laser beam off prevented unauthorized access.

(285) The laser beam off the diamond created a dazzling display of light.

(286) The laser beam was guided by the incident light towards the target.

(287) The cube passed through the laser beam without triggering an alarm.

(288) The refractions of the laser beam allowed for precise measurements.

(289) The laser beam was powerful enough to vaporize through solid steel.

(290) The laser beam was able to vaporize through the thick glass window.

(291) The laser beam diffracts when it encounters a transparent material.

(292) The powerful laser beam caused the material to split up into atoms.

(293) The laser beam from the cutting machine precisely shaped the metal.

(294) The backscattered laser beam revealed the thickness of the coating.

(295) The irradiance of the laser beam was measured to be extremely high.

(296) The aplanat lens system is used in laser beam shaping applications.

(297) My focus is prime like a laser beam after eliminating distractions.

(298) The laser beam lanced through the metal, cutting it cleanly in two.

(299) The spectral-visual demonstration of the laser beam was impressive.

(300) The laser beam was used in the medical field for various treatments.

(301) The azimuth of a laser beam determines the direction it will travel.

(302) The high irradiance of the laser beam caused damage to the material.

(303) The diffraction pattern formed by the laser beam is quite intricate.

(304) The engineer adjusted the laser beam to hit the target orthogonally.

(305) The numerical aperture of a laser beam affects its focusing ability.

(306) The laser beam at the science museum demonstrated optical illusions.

(307) The laser beam off the prism created a beautiful spectrum of colors.

(308) The laser beam scorching through the material cut it with precision.

(309) The laser beam can be used to irradiate outside and perform surgery.

(310) The galvo motor allows for rapid and accurate laser beam deflection.

(311) The engineer will collimate the laser beam for precise measurements.

(312) The biconvex lens is used in laser printers to focus the laser beam.

(313) The superhero raised his shield up against the villain's laser beam.

(314) The laser beam can bisect through to the deepest layers of the skin.

(315) The periodic wave in the laser beam allows for precise measurements.

(316) The laser beam can irradiate underneath the surface of the material.

(317) The laser beam was able to penetrate through the solid rock surface.

(318) The researchers were able to devitrify the glass using a laser beam.

(319) The frequency of the laser beam is measured in terahertz per second.

(320) The transmission path of the laser beam is through the optical fiber.

(321) The light from the collimated laser beam traveled in a straight line.

(322) The laser beam can transmit radiation for precise cutting or surgery.

(323) The galvo mirror deflects the laser beam to achieve desired patterns.

(324) The photoluminescence of the phosphor was excited using a laser beam.

(325) The scientist conducted an experiment to reflectorise the laser beam.

(326) The laser beam sizzled through to the target, hitting it dead center.

(327) We must calibrate along the path of the laser beam for accurate cuts.

(328) The laser beam can irradiate round the tumor to destroy cancer cells.

(329) The powerful laser beam atomised the target, leaving no trace behind.

(330) The deflections in the laser beam were caused by a misaligned mirror.

(331) The pulsation of the laser beam was used in the scientific experiment.

(332) The engineer calculated the optimal focal distance for the laser beam.

(333) The waveform of the laser beam determined its coherence and intensity.

(334) The principal axis of a laser beam determines its direction and focus.

(335) The pulsations of the laser beam were used for scientific experiments.

(336) Bessel beams are a type of laser beam with a unique intensity profile.

(337) The laser beam around the scientific equipment was used for precision.

(338) The laser beam will mirror back out when it hits the mirrored surface.

(339) The high power of the laser beam cut through the metal with precision.

(340) The light intensity of the laser beam was measured using a photometer.

(341) The laser beam scorch into the metal, cutting through it effortlessly.

(342) The laser beam was focused enough to shoot a hole through the diamond.

(343) The laser beam can bisect through to the deepest layers of the tissue.

(344) The reversed polarity of the laser beam altered the path of the light.

(345) The undirectional focus of the laser beam allowed for precise cutting.

(346) The laser beam was able to penetrate toward the target and destroy it.

(347) The incinerate ability of the laser beam melted through the metal door.

(348) The laser beam deflects off the prism and creates a beautiful spectrum.

(349) The polarization of the laser beam is crucial for certain applications.

(350) The pulse amplitude of the laser beam determined the power of the beam.

(351) The galvo scanner allows for precise control of laser beam positioning.

(352) The laser beam around the room, measuring the distance between objects.

(353) The laser beam from the barcode scanner quickly identified the product.

(354) The laser beam was powerful enough to vaporize the objects in its path.

(355) The laser beam will refract through the lens and create a focused beam.

(356) The laser beam will shoot out into the darkness to illuminate the path.

(357) The laser beam was able to penetrate without difficulty through the fog.

(358) The futuristic weapon can zap enemies from a distance with a laser beam.

(359) The powerful laser beam was able to smelt through the thick steel plate.

(360) The concert featured a spectacular light show with laser beam launchers.

(361) The laser beam was able to beam through from the scientist's experiment.

(362) The laser beam can scorch through to the deepest layers of the material.

(363) The laser beam from the surgeon's tool precisely cut through the tissue.

(364) The laser beam scorch through to the diamond, cutting it with precision.

(365) The Mechlord's laser beam was so strong that it could cut through steel.

(366) The professor used a laser beam to demonstrate the principles of optics.

(367) The laser beam through the diamond created a beautiful display of light.

(368) The spaceship's laser beam was able to blast through the enemy's shields.

(369) The laser beam scanned the barcode and displayed the product information.

(370) The perforative effect of the laser beam created a precise and clean cut.

(371) The laser beam was carefully aligned to project the ray onto the surface.

(372) The luminous flux of a laser beam can be adjusted using different lenses.

(373) The laser beam off the crystal created a mesmerizing pattern on the wall.

(374) The laser beam around the laboratory experiment was carefully controlled.

(375) The rectilinear path of the laser beam allowed for accurate measurements.

(376) The laser beam was powerful enough to perforate across the metal surface.

(377) The galvo system is responsible for the rapid movement of the laser beam.

(378) The galvo motor provides the necessary torque for laser beam positioning.

(379) The laser beam was able to penetrate through to the heart of the diamond.

(380) The caustics of the laser beam were powerful enough to cut through steel.

(381) The laser beam from the lab equipment was used for scientific experiments.

(382) The laser beam was able to penetrate through to the target with precision.

(383) The security system's laser beam off detected the presence of an intruder.

(384) The hypersonically charged laser beam cut through solid rock effortlessly.

(385) The laser beam was deflected away from the target by a reflective surface.

(386) The linear stage moved in microsteps to precisely position the laser beam.

(387) The laser beam's straight ray around the laboratory equipment was precise.

(388) Optically, the laser beam appeared as a bright and focused point of light.

(389) Increasing the pulse width of the laser beam enhances its cutting ability.

(390) The inventor created a device that could shoot the moon with a laser beam.

(391) The laser beam was powerful enough to irradiate through the metal surface.

(392) The laser beam can irradiate through the metal, cutting it with precision.

(393) The laser beam on the presentation screen highlighted the important points.

(394) The phase shift in the laser beam can be adjusted to control its intensity.

(395) The diffractive grating diffracted the laser beam into multiple directions.

(396) The caustics produced by the laser beam were used for precise measurements.

(397) The laser beam around the laboratory, indicating the experiment's progress.

(398) The laser beam was intense enough to shoot a hole through the glass window.

(399) The laser beam directed its rays towards the target, hitting it accurately.

(400) The backscatterings of the laser beam caused interference with the sensors.

(401) The spectral linewidth of the laser beam was measured to be 0.1 nanometers.

(402) The laser beam was able to pierce through to the deepest layer of the skin.

(403) The attenuation of the laser beam made it less powerful and less effective.

(404) The laser beam was directed by the incident light to cut through the metal.

(405) The field strength of the laser beam was adjusted to ensure precise welding.

(406) The scientist used a concave lens to focus the laser beam in the experiment.

(407) The scientist used a laser beam to refract the light and study its behavior.

(408) The deflections in the laser beam caused distortions in the projected image.

(409) The incinerating power of the laser beam cut through the steel effortlessly.

(410) The irradiance of the laser beam can be adjusted for different applications.

(411) The laser beam was powerful enough to slice straight through the metal door.

(412) The technician will adjust the radius of the laser beam for precise cutting.

(413) The laser beam slit across slowly, cutting through the metal with precision.

(414) The focal distance of a laser beam can be altered by using different lenses.

(415) The laser beam was powerful enough to slice straight through the steel door.

(416) The radiation pressure from the laser beam propelled the spacecraft forward.

(417) The attenuations in the laser beam affected the accuracy of the measurement.

(418) The laser beam was able to transmit the data across to the other spacecraft.

(419) The laser beam was gleaming with force, cutting through the metal with ease.

(420) The collimator is used to align the laser beam in laser cutting and welding.

(421) The laser beam was so powerful that it could emit over a distance of 1 mile.

(422) The laser beam towards the barcode scanned the item at the checkout counter.

(423) The misalignment of the laser beam affected the accuracy of the measurements.

(424) The scientist used a laser beam to study the behavior of specular reflection.

(425) The micrometric alignment of the laser beam was crucial for accurate cutting.

(426) The engineer developed a new technology to reduce the radius of a laser beam.

(427) The spectral purity of the laser beam was measured using a spectrophotometer.

(428) The dioptrically focused laser beam was used for precise surgical procedures.

(429) The dioptrically focused laser beam was used for welding delicate components.

(430) The crew used a prism to reflect the laser beam for measuring azimuth angles.

(431) The fluorophore was excited by a laser beam to visualize cellular structures.

(432) The transmission distance of a laser beam can extend over several kilometers.

(433) The laser beam was so intense that it could shoot a hole through solid steel.

(434) The ultrahigh intensity of the laser beam cut through the material with ease.

(435) The laser beam was eradiating a powerful energy that could cut through metal.

(436) The physicist explained the concept of crystallizing light into a laser beam.

(437) The scientist used a laser beam to measure the refractive index of the liquid.

(438) The field strength of the laser beam was adjusted to ensure precise engraving.

(439) The scientist used a laser beam to measure the exact angle of a ray off light.

(440) The waveshape of the laser beam determined its precision in cutting materials.

(441) The laser beam will irradiate on top of the metal surface to cut it precisely.

(442) The laser beam was able to penetrate without interruption through the diamond.

(443) The directivity of the laser beam allowed for precise cutting of the material.

(444) Optical disks are read by a laser beam that reads the data stored on the disk.

(445) The laser beam was used to vaporise the cancerous cells in the patient's body.

(446) The superhero's laser beam had the ability to smite out of existence any enemy.

(447) The laser beam was able to penetrate without resistance through the metal door.

(448) The collimating process is crucial for achieving accurate laser beam alignment.

(449) The magician used a mirror to deflect up the laser beam and create a spectacle.

(450) The catoptrical properties of a laser beam allow for precise focusing of light.

(451) The diffracted laser beam formed a complex interference pattern on the surface.

(452) The scientist held the mirror up to redirect the laser beam towards the target.

(453) The laser beam was able to bisect through to the other side of the metal sheet.

(454) The laser beam was so intense that it could vaporize beyond with a single shot.

(455) The unpolarized laser beam was not suitable for certain scientific experiments.

(456) The sidelobes of the laser beam were causing interference with other equipment.

(457) The relative power of a laser beam can be used for cutting or welding materials.

(458) The research team uses a laser beam to irradiate cells and study their behavior.

(459) The laser beam modulates to encode information in optical communication systems.

(460) The laser beam was able to penetrate without resistance through the thick glass.

(461) The laser beam was powerful enough to beam through from one building to another.

(462) The laser beam was able to beam through from the laboratory to the testing area.

(463) The laser beam irradiates out, cutting through various materials with precision.

(464) The radiation pressure from the laser beam can be used to cut through materials.

(465) The technician needs to change the radius of the laser beam for precise cutting.

(466) The retroflection of the laser beam caused it to bounce back and hit the target.

(467) The spy used a mirror to deflect the laser beam and avoid setting off the alarm.

(468) The parabolic mirror is used in laser engraving machines to focus the laser beam.

(469) The laser beam in the laboratory was so powerful that it could cut through metal.

(470) The scientist used a laser beam to study how different materials refracted light.

(471) The magician used a mirror to deflect back the laser beam during his performance.

(472) The magician used a mirror to deflect back the laser beam and amaze the audience.

(473) The dioptrically focused laser beam was used for precise measurements in the lab.

(474) The laser beam was so powerful that it could cut through the middle of a diamond.

(475) The laser beam was able to penetrate inside the diamond and create a precise cut.

(476) The scientist used a laser beam to disperse carbonate molecules in the gas phase.

(477) The parabolic mirror is used in laser systems to shape and direct the laser beam.

(478) The self-oscillation of the laser beam created a stable and precise light source.

(479) The laser beam through from the machine was powerful enough to cut through metal.

(480) The laser beam flashed up and through the air, hitting its target with precision.

(481) The superhero's laser beam had the ability to annihilate out anything in its path.

(482) The spectral gain of the laser beam was adjusted to achieve a higher power output.

(483) The laser beam was able to cut through the middle of the metal sheet effortlessly.

(484) The laser beam was able to cleave across the metal plate with incredible accuracy.

(485) The scientist used the mirror to bounce the laser beam back across the laboratory.

(486) The collimated laser beam was used for precise cutting in industrial applications.

(487) The laser beam travels at the speed of light, reaching its target in microseconds.

(488) The technician needs to adjust the radius of the laser beam for precision cutting.

(489) The laser beam was directed azimuthally to target a specific point on the surface.

(490) The specific energy of a laser beam determines its cutting or welding capabilities.

(491) The field strength of the laser beam was adjusted to achieve maximum cutting power.

(492) The field strength of the laser beam was adjusted to achieve optimal cutting speed.

(493) The irradiance of the laser beam was adjusted to achieve the desired cutting depth.

(494) The engineer adjusted the settings to reduce the radius of the laser beam's spread.

(495) The irrotational nature of the laser beam allowed for precise cutting of materials.

(496) The dioptrically focused laser beam was used for cutting through various materials.

(497) The spectral modulation of a laser beam can be controlled for various applications.

(498) The penetrative power of the laser beam allowed for precise cutting in the surgery.

(499) The transmission distance of the laser beam was affected by atmospheric turbulence.

(500) The wavenumber of the laser beam was adjusted to achieve optimal cutting precision.

(501) The scientist used a hyperboloidal mirror to focus the laser beam in the experiment.

(502) The power density of the laser beam was crucial for cutting through thick materials.

(503) The angles-of-incidence of the laser beam determine the accuracy of the measurement.

(504) The laser beam was able to beam through from the laboratory to the observation room.

(505) The laser beam has a high penetrating power, allowing it to cut through thick metal.

(506) The laser beam was powerful enough to cleave through to the other side of the metal.

(507) The deflexions in the laser beam were measured to determine the angle of reflection.

(508) The objective lens of a laser scanner directs the laser beam onto the target surface.

(509) The principal axis of a laser beam is the line along which the light waves propagate.

(510) The laser beam was able to penetrate between the molecules and alter their structure.

(511) The spectral variability of the laser beam affected the accuracy of the measurements.

(512) The technician spent hours collimating the laser beam to ensure precise measurements.

(513) The field intensity of the laser beam was adjusted to achieve precise cutting results.

(514) The laser beam was able to vaporise the tumor without damaging the surrounding tissue.

(515) The field intensity of the laser beam was precisely controlled for medical procedures.

(516) The parabolic mirror is used in laser printers to direct the laser beam onto the drum.

(517) The laser beam across the laboratory table revealed intricate patterns on the surface.

(518) The superhero deflected the villain's laser beam with her shield, protecting the city.

(519) The penetrability of the laser beam allowed it to cut through the metal with precision.

(520) The laser beam along the laboratory table demonstrated the precision of the experiment.

(521) The research team used a laser beam to irradiate the material and study its properties.

(522) The laser beam hit the bullseye dead centre, demonstrating the precision of the device.

(523) The laser beam around the laboratory, indicating the presence of microscopic particles.

(524) The laser beam is designed to break down into light particles for precise measurements.

(525) The field intensity of the laser beam was adjusted to achieve the desired cutting power.

(526) The research team uses a laser beam to irradiate nanoparticles and study their behavior.

(527) The engineer developed a new technique to depolarise the laser beam for better accuracy.

(528) The scientist used a laser beam to incise into the material and analyze its composition.

(529) The diffraction pattern on the screen indicated that the laser beam had been diffracted.

(530) The laser beam flashed up and through the laboratory, signaling a successful experiment.

(531) The laser beam penetrated penetratively through the metal surface, cutting it with ease.

(532) The field intensity of the laser beam was adjusted to avoid damaging sensitive materials.

(533) The servomechanical technology enabled precise control of the position of the laser beam.

(534) The unmodulated laser beam lacked the necessary precision for cutting intricate patterns.

(535) The galvo motor is responsible for the rapid movement of the laser beam in laser cutting.

(536) The researcher employed spectral zoom to analyze the energy distribution in a laser beam.

(537) The physicist used an orthogonally polarized laser beam to study the properties of light.

(538) The laser beam was able to penetrate within the diamond, revealing its flawless interior.

(539) The laser beam was so powerful that it could vaporize opposite surfaces of a metal sheet.

(540) The galvo motor is responsible for the precise movement of the laser beam in 3D printing.

(541) The continuous spectrum of a laser beam is different from that of a regular light source.

(542) The spectral power distribution of the laser beam was analyzed to determine its intensity.

(543) The technician used a prism pole to reflect the laser beam while measuring azimuth angles.

(544) The time it takes for a laser beam to travel a short distance is measured in microseconds.

(545) The field intensity of the laser beam was adjusted to avoid damaging the surrounding area.

(546) The angles-of-incidence of the laser beam were carefully calculated for maximum precision.

(547) The unmodulated laser beam lacked the necessary intensity for cutting through the material.

(548) The powerful laser beam was able to break into photons and penetrate through solid objects.

(549) The frequency of a laser beam is measured in cycles per second, which determines its color.

(550) The study employed polarimetry to investigate the polarization properties of the laser beam.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Laser Beam. They do not represent the opinions of TranslateEN.com.