Wavelength in a sentence

(1) X-rays have a short wavelength.

(2) A wavelength is a type of wave.

(3) Gamma rays have a short wavelength.

(4) Measure the isoclinal fold wavelength.

(5) The color blue has a short wavelength.

(6) The wavelength of the light is 500 nm.

(7) The wavelength of X-rays is very short.

(8) A long wavelength means a low frequency.

(9) Ultraviolet light has a short wavelength.

(10) A short wavelength means a high frequency.

Wavelength sentence

(11) The wavelength of radio waves is very long.

(12) The magnetic wave had a specific wavelength.

(13) The measuring unit for wavelength is meters.

(14) The plant will emit at a certain wavelength.

(15) Short wavelength waves are used in astronomy.

(16) The wavelength of light determines its color.

(17) The wavelength of sound determines its pitch.

(18) Short wavelength waves are used in microscopy.

(19) The wavelength of light is measured in meters.

(20) I feel on the same wavelength as my professor.

Wavelength make sentence

(21) Short wavelength waves are used in lithography.

(22) A wavelength is the distance between two waves.

(23) The wavelength of a wave is measured in meters.

(24) The laser emits light at a specific wavelength.

(25) The wavelength of a wave determines its energy.

(26) The wavelength of a photon determines its color.

(27) Short wavelength waves are used in spectroscopy.

(28) Short wavelength waves are used in data storage.

(29) The wavelength of a wave can be seen on a graph.

(30) Dolphins use echolocation to measure wavelength.

Sentence of wavelength

(31) Short wavelength sound waves have a higher pitch.

(32) Short wavelength waves are used in radar systems.

(33) Short wavelength waves are used in sonar systems.

(34) The wavelength of a wave can be measured in feet.

(35) The wavelength of a wave can be measured in rods.

(36) The color blue has a shorter wavelength than red.

(37) Short wavelength waves are used in remote sensing.

(38) The wavelength of a wave can be measured in miles.

(39) The wavelength of a wave can be measured in yards.

(40) The wavelength of a wave can be measured in hands.

Wavelength meaningful sentence

(41) The wavelength of a wave can be measured in spans.

(42) The wavelength of a wave can be measured in palms.

(43) The wavelength of X-rays is measured in picometers.

(44) The wavelength of a wave can be used to create art.

(45) The longer the wavelength, the lower the frequency.

(46) The wavelength of a wave can be measured in meters.

(47) The wavelength of a wave can be measured in inches.

(48) The wavelength of a wave can be measured in chains.

(49) The wavelength of a wave can be measured in cubits.

(50) The lower the frequency, the longer the wavelength.

Wavelength sentence examples

(51) The scientist measured the wavelength of the light.

(52) Let's get on the same wavelength and work together.

(53) Blue light has a shorter wavelength than red light.

(54) The wavelength of a sound wave determines its pitch.

(55) The wavelength of a wave can be measured in fathoms.

(56) The wavelength of a wave can be measured in leagues.

(57) The wavelength of a wave can be measured in fingers.

(58) The measurement of the wavelength was in nanometers.

(59) The satellite communicates on a specific wavelength.

(60) The wavelength of this light wave is 650 nanometers.

Sentence with wavelength

(61) The standard of measurement for wavelength is meters.

(62) The megacycles of the laser determine its wavelength.

(63) The wavelength of a wave can be used to create music.

(64) The shorter the wavelength, the higher the frequency.

(65) The measurement of the wavelength was 500 nanometers.

(66) The amplitude of a wave is related to its wavelength.

(67) We feel on the same wavelength when it comes to music.

(68) The etalon is used to measure the wavelength of light.

(69) UHF signals have a shorter wavelength compared to VHF.

(70) Short wavelength microwaves are used for cooking food.

Use wavelength in a sentence

(71) The wavelength of a sine curve is equal to its period.

(72) The wavelength of a wave can be measured in angstroms.

(73) The radio station broadcasts on a specific wavelength.

(74) The dress is beautiful, but it's not in my wavelength.

(75) Nanometres are used to measure the wavelength of light.

(76) Nanometers are used to measure the wavelength of light.

(77) The sinusoidal wave exhibited a wavelength of 2 meters.

(78) Short wavelength waves are used in weather forecasting.

(79) Short wavelength waves are used in medical diagnostics.

(80) The wavelength of a wave can be used to detect objects.

Sentence using wavelength

(81) The wavelength of a wave can be measured in nanometers.

(82) The wavelength of a wave can be measured in kilometers.

(83) The wavelength of a wave can be affected by its medium.

(84) The wavelength of a radio wave determines its frequency.

(85) We feel on the same wavelength when it comes to fashion.

(86) The wavelength of the lasing light determines its color.

(87) The radio waves will oscillate at a specific wavelength.

(88) The lasing wavelength was measured using a spectrometer.

(89) The wavelength of a wave can be measured in centimeters.

(90) The wavelength of a wave can be measured in millimeters.

Wavelength example sentence

(91) The wavelength of a wave can be measured in barleycorns.

(92) The musician tuned his guitar to the correct wavelength.

(93) We feel on the same wavelength when it comes to politics.

(94) The photoreaction is affected by the wavelength of light.

(95) The frequency of radio-waves determines their wavelength.

(96) The microcrystal absorbed light at a specific wavelength.

(97) Short wavelength electromagnetic waves can cause sunburn.

(98) Short wavelength waves are used in particle accelerators.

(99) The wavelength of a wave can be used to create holograms.

(100) The radio waves have a longer wavelength than microwaves.

Sentence with word wavelength

(101) The critical angle is affected by the wavelength of light.

(102) The wavelength of X-rays is often expressed in picometers.

(103) The kilocycles of the radio wave determine its wavelength.

(104) The wavelength of X-rays is often expressed in picometres.

(105) The wavelength of blue light is around 400-500 nanometres.

(106) The wavelength of a wave can be used to measure distances.

(107) The wavelength of a wave can be used to explore the ocean.

(108) The wavelength of a wave can be used to study the weather.

(109) A formula can help us find the wavelength of a light wave.

(110) The classification of colors is based on their wavelength.

Sentence of wavelength

(111) The angular frequency of a wave determines its wavelength.

(112) The short wavelength of red light is used in laser surgery.

(113) Short wavelength waves are used in high-resolution imaging.

(114) The wavelength of light is a measurement of how long it is.

(115) The wavelength of a wave can be used to study the universe.

(116) The wavelength of a wave can be used to create video games.

(117) The wavelength of a wave can be used to create laser beams.

(118) We felt on the same wavelength during our deep conversation.

(119) The short wavelength of ultraviolet light can cause sunburn.

(120) The short wavelength of microwaves is used in radar systems.

Wavelength used in a sentence

(121) The sinusoidal wave displayed a wavelength of 5 centimeters.

(122) Short wavelength radio waves can penetrate buildings easily.

(123) Short wavelength waves are used in underwater communication.

(124) The laser has a tunable wavelength for various applications.

(125) Antinodes can be used to determine the wavelength of a wave.

(126) The wavelength of a wave can be used to determine its speed.

(127) The wavelength of a wave can be used to identify its source.

(128) The wavelength of a wave can be used to calculate its phase.

(129) The wavelength of a wave determines its energy and behavior.

(130) Short wavelength radiation can cause damage to living cells.

Wavelength sentence in English

(131) The wavelength of a wave can be used to determine its phase.

(132) The photocathode is optimized for specific wavelength ranges.

(133) The wavelength of visible light is typically in millimicrons.

(134) The wavelength of X-rays is typically measured in picometres.

(135) The short wavelength of red light is used in traffic signals.

(136) The short wavelength of orange light is used in streetlights.

(137) The short wavelength of orange light is used in safety vests.

(138) The wavelength of X-rays is typically measured in picometers.

(139) Short wavelength laser beams are used in scientific research.

(140) Short wavelength waves are used in fiber optic communication.

(141) The angstrom is also used to measure the wavelength of light.

(142) The ultrared wavelength is longer than that of visible light.

(143) The wavelength of a wave can be used to calculate its energy.

(144) The wavelength of a wave can be used to transmit information.

(145) The wavelength of a wave can be used to calculate its period.

(146) I always try to keep on the same wavelength as my best friend.

(147) The angstrom scale is used to measure the wavelength of light.

(148) The wavelength of infrared light is typically in millimicrons.

(149) The short wavelength of green light is used in laser pointers.

(150) The short wavelength of yellow light is used in traffic signs.

(151) The index of refraction can vary with the wavelength of light.

(152) The spectrometer analyzed a signal with a specific wavelength.

(153) The Broglie wavelength of a particle is related to its energy.

(154) The bathochrome molecule absorbs light at a longer wavelength.

(155) The wavelength of infrared light is longer than visible light.

(156) The meter is used in telecommunications to measure wavelength.

(157) Ultraviolet light has a shorter wavelength than visible light.

(158) Infrared radiation has a longer wavelength than visible light.

(159) Let's have a talk aside to ensure we're on the same wavelength.

(160) The spectrometry data revealed a peak at a specific wavelength.

(161) We need to vibe into the same wavelength to work well together.

(162) The short wavelength of gamma rays makes them highly energetic.

(163) The short wavelength of gamma rays is used in cancer treatment.

(164) Soul mates are often described as being on the same wavelength.

(165) Short wavelength ultrasonic waves are used for medical imaging.

(166) The etalon is a device used to measure the wavelength of light.

(167) The echelon of colors in the rainbow is arranged by wavelength.

(168) The wavelength of a wave can be affected by the Doppler effect.

(169) The wavelength of a wave can be used to calculate its velocity.

(170) The wavelength of a wave can be used to calculate its momentum.

(171) The speed of a wave is related to its wavelength and frequency.

(172) Whistle an answer and let's see if we're on the same wavelength.

(173) The arc length of a sine wave is proportional to its wavelength.

(174) The short wavelength of magenta light is used in color printing.

(175) The Broglie wavelength of a particle is independent of its mass.

(176) Actinism is influenced by the wavelength and intensity of light.

(177) The wavelength of a wave can be used to create different sounds.

(178) The ocean waves have a longer wavelength than ripples in a pond.

(179) The wavelength of a wave can be used to calculate its amplitude.

(180) The wavelength of a wave can be used to calculate its frequency.

(181) The wavelength of a wave can be used to determine its coherence.

(182) The photochemical process is affected by the wavelength of light.

(183) The wavelength of a wave can be used to study the Doppler effect.

(184) The chromogenic compound absorbed light at a specific wavelength.

(185) The array includes depolarizers with different wavelength ranges.

(186) The eigenmode of a laser cavity determines its output wavelength.

(187) The wavelength of ultraviolet light is typically in millimicrons.

(188) The short wavelength of blue light is used in Blu-ray technology.

(189) The de Broglie wavelength of a particle is related to its energy.

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

(191) The wavelength of a wave can be used to communicate with animals.

(192) The measurement of the wavelength of the light is 500 nanometers.

(193) The radio operator adjusted the wavelength to improve the signal.

(194) The wavelength of a wave can be measured in meters or nanometers.

(195) The wavelength of a wave can be used to calculate its wavelength.

(196) We need to get on the same wavelength to avoid misunderstandings.

(197) The wavelength of visible light ranges from 400 to 700 nanometres.

(198) The wavelength of visible light ranges from 400 to 700 nanometers.

(199) The short wavelength of infrared light is used in remote controls.

(200) The Broglie wavelength of a particle is independent of its charge.

(201) Short wavelength radio waves are used for satellite communication.

(202) The Broglie wavelength of a photon is determined by its frequency.

(203) The wavelength of the incident wave was calculated to be 2 meters.

(204) The wavelength of visible light ranges from 400 to 700 picometres.

(205) The wavelength of a wave can be measured in meters or centimeters.

(206) The wavelength of a wave can be changed by altering its frequency.

(207) The wavelength of ultraviolet light is shorter than visible light.

(208) The measurement of the wavelength of the light was 500 nanometers.

(209) The wavelength of a wave can be used to determine its diffraction.

(210) We felt on the same wavelength as we shared our thoughts and ideas.

(211) The energy of a photon is inversely proportional to its wavelength.

(212) The refractive index can vary depending on the wavelength of light.

(213) The cycle per second is used to calculate the wavelength of a wave.

(214) The wavelength of radio-waves determines their ability to diffract.

(215) The sinusoidal wave was observed to have a wavelength of 10 meters.

(216) Short wavelength waves are more affected by atmospheric conditions.

(217) The wavelength of a wave can be affected by the angle of incidence.

(218) The wavelength of a wave can be used to determine its polarization.

(219) The curvature of a wave can determine its frequency and wavelength.

(220) The wavelength of x-radiation is shorter than that of visible light.

(221) The wavelength of a wave is inversely proportional to its frequency.

(222) The undissociated molecules absorbed light at a specific wavelength.

(223) The short wavelength of microwaves allows them to heat food quickly.

(224) The short wavelength of green light is often associated with nature.

(225) The linear scale on the spectrometer showed the wavelength of light.

(226) Planck's constant is used to determine the wavelength of a particle.

(227) Short wavelength infrared radiation is used in night vision goggles.

(228) Short wavelength waves are less likely to diffract around obstacles.

(229) The frequency of radio-waves determines their wavelength and energy.

(230) I think we're on the same wavelength about the importance of family.

(231) The wavelength of a wave can be used to diagnose medical conditions.

(232) The wavelength of a wave can be affected by the angle of reflection.

(233) The wavelength of a wave can be affected by the angle of refraction.

(234) The short wavelength of X-rays makes them useful for medical imaging.

(235) The short wavelength of violet light is responsible for fluorescence.

(236) The wavepacket's wavelength was determined by the source's frequency.

(237) The mach number of a wave can determine its wavelength and frequency.

(238) The twins in our team are always on the same wavelength during games.

(239) The Broglie wavelength is a fundamental concept in quantum mechanics.

(240) Retinal cone cells are less sensitive to changes in light wavelength.

(241) The wavelength of X-rays is often expressed in terms of millimicrons.

(242) The wavelength of a wave can be affected by the angle of diffraction.

(243) The physicist used a spectrometer to measure the wavelength of light.

(244) The reflected wave experienced a change in wavelength upon reflection.

(245) The short wavelength of blue light is known to disrupt sleep patterns.

(246) The short wavelength of radio waves allows for wireless communication.

(247) The angle in addition to the wavelength determines the color of light.

(248) The cuvette's walls are transparent to a specific wavelength of light.

(249) Gamma rays have a higher frequency and shorter wavelength than X-rays.

(250) The etalon is a device that produces a stable and accurate wavelength.

(251) The wavelength of a wave can be shortened by increasing its frequency.

(252) Arithmetic is used to calculate the frequency and wavelength of waves.

(253) The arc length of a cosine wave is also proportional to its wavelength.

(254) Isolating a specific wavelength of light can be achieved using a prism.

(255) The device can detect electromagnetic waves above a certain wavelength.

(256) The frequency of Hertzian waves determines their energy and wavelength.

(257) The short wavelength of infrared light is used in night vision goggles.

(258) The self-energy of a photon is related to its frequency and wavelength.

(259) The kilocycles were set to a specific wavelength for optimal reception.

(260) The wavelength of visible light ranges from about 400 to 700 angstroms.

(261) The natural period of a wave is determined by its wavelength and speed.

(262) The wavelength of a wave is the distance between two consecutive peaks.

(263) The wavelength of a wave can be lengthened by decreasing its frequency.

(264) The diffraction grating can be used to measure the wavelength of light.

(265) The secondary wave had a longer wavelength compared to the primary wave.

(266) The wavelength of visible light ranges from about 400 to 700 nanometres.

(267) The short wavelength of visible light allows us to see different colors.

(268) The short wavelength of yellow light is often associated with happiness.

(269) The short wavelength of cyan light is commonly used in computer screens.

(270) The short wavelength of X-rays allows them to pass through soft tissues.

(271) The short wavelength of violet light is used in fluorescence microscopy.

(272) The ultrashort wavelength of the laser allowed for precise measurements.

(273) The ultrashort wavelength of the light allowed for precise measurements.

(274) The spectral line was observed at a specific wavelength on the spectrum.

(275) The interferometer can detect minute changes in the wavelength of light.

(276) The measurement value of the wavelength of the light was 500 nanometers.

(277) The wavelength of a radio wave is much longer than that of a light wave.

(278) The wavelength of a wave can be used to determine the speed of the wave.

(279) The wavelength of a wave can be used to determine the phase of the wave.

(280) Radio waves have the longest wavelength on the electromagnetic spectrum.

(281) The wavelength of a wave can be changed when it passes through a medium.

(282) We're definitely on the same wavelength when it comes to our work ethic.

(283) The wavelength of visible light ranges from about 4000 to 7000 angstroms.

(284) The photosensitized process can be influenced by the wavelength of light.

(285) The short wavelength of radio waves allows them to travel long distances.

(286) The fluorescence emission wavelength can be determined using fluorimetry.

(287) The wavelength of certain types of light can be measured in millimicrons.

(288) The Broglie wavelength of a particle is a fundamental property of matter.

(289) The Broglie wavelength of an object is too small to be observed directly.

(290) The resonant circuit in the laser diode controls the emission wavelength.

(291) The wavelength of a wave can be used to create different colors of light.

(292) The wavelength of a wave can be used to create special effects in movies.

(293) The wavelength of a wave can be affected by the resonance of other waves.

(294) The wavelength of a wave can be used to calculate the energy of the wave.

(295) The wavelength of a wave can be used to determine the period of the wave.

(296) The wavelength of a wave can be calculated using its speed and frequency.

(297) The wavelength of a radio wave determines its frequency and radial range.

(298) The light reaction is dependent on the intensity and wavelength of light.

(299) The energy of free electrons is related to their momentum and wavelength.

(300) The wavelength of a light wave can oscillate to produce different colors.

(301) The number of antinodes in a wave depends on its frequency and wavelength.

(302) The spectrophotometer's light source emits a specific wavelength of light.

(303) The size of a millimicron is smaller than the wavelength of visible light.

(304) The chromogen exhibited a strong absorption peak at a specific wavelength.

(305) The short wavelength of indigo light is often used in decorative lighting.

(306) The ultrashort wavelength of the radio waves allowed for better reception.

(307) The light reaction is influenced by the wavelength and intensity of light.

(308) The Broglie equation relates the wavelength of a particle to its momentum.

(309) The scientist used a narrow band filter to isolate the desired wavelength.

(310) The wavelength of a wave can be affected by the medium it travels through.

(311) The wavelength of a wave can be used to identify different types of waves.

(312) The singer has a unique voice, and her wavelength is perfect for the song.

(313) The medium wave radio waves have a wavelength of about 200 to 2000 meters.

(314) The wave number of a sound wave is directly proportional to its wavelength.

(315) The energy of a phonon is directly related to its frequency and wavelength.

(316) The monochromators' motorized control allows for easy wavelength selection.

(317) The isosbestic wavelength was used to monitor the progress of the reaction.

(318) The wavenumber of a sound wave is inversely proportional to its wavelength.

(319) The Broglie wavelength of an electron can be calculated using its momentum.

(320) The Broglie wavelength of a particle can be used to determine its velocity.

(321) Short wavelength light is scattered more easily than long wavelength light.

(322) The Broglie wavelength of a particle is inversely proportional to its mass.

(323) The linear scale on the spectrometer displayed the wavelength of the light.

(324) The absorptances of the materials were affected by the wavelength of light.

(325) The wavelength of a wave can be used to create virtual reality experiences.

(326) The wavelength of a wave can be used to determine the angle of diffraction.

(327) The numerator of the fraction can be used to find the wavelength of a wave.

(328) The wavelength of a photon can be used to determine the distance to a star.

(329) The wavelength of a photon can be used to determine the size of a molecule.

(330) I love listening to music, but my wavelength is different from my friend's.

(331) The wavelength of a wave can be used to determine its period and frequency.

(332) The ultrashort wavelength of the laser made it ideal for precision cutting.

(333) The wavelength of a wave can be used to determine the amplitude of the wave.

(334) The light waves from the laser pointer oscillate with a specific wavelength.

(335) The absolute-scale wavelength of the electromagnetic wave is 500 nanometers.

(336) The light-sensitive diode emits light when exposed to a specific wavelength.

(337) Short wavelength radiation is more energetic than long wavelength radiation.

(338) Get on upon the right wavelength by understanding each other's perspectives.

(339) The Broglie wavelength of a particle is a measure of its wave-like behavior.

(340) The monochromator is a device used to select a specific wavelength of light.

(341) The wavelength of a wave can be affected by the interference of other waves.

(342) The wavelength of a wave can be used to determine the direction of the wave.

(343) The coffee is strong, and the aroma is in perfect wavelength with the taste.

(344) Long wavelength radiation can be used for communication over long distances.

(345) We're definitely on the same wavelength when it comes to our love of travel.

(346) This scientific instrument has a tunable wavelength range for studying light.

(347) The wavelength of a standing wave is inversely proportional to its frequency.

(348) The short wavelength of this light allows it to penetrate deep into the skin.

(349) The short wavelength of ultraviolet light is used in sterilization processes.

(350) The short wavelength of visible light is used in optical fiber communication.

(351) The de Broglie wavelength of a particle is directly proportional to its mass.

(352) The Broglie wavelength of an object is directly proportional to its velocity.

(353) The speed of a sinusoidal wave is determined by its frequency and wavelength.

(354) The submillimetre wavelength is used in astronomy to study the cold universe.

(355) The wavelength of a wave can be affected by the superposition of other waves.

(356) The wavelength of a wave can be used to determine the polarization of a wave.

(357) The wavelength of a wave can be measured in meters, nanometers, or Angstroms.

(358) I feel like we're on the same wavelength when it comes to our taste in music.

(359) Photoinduced reactions can be controlled by changing the wavelength of light.

(360) If we can't get on to the same wavelength, we'll never understand each other.

(361) The wavelength of a wave can be affected by obstacles or barriers in its path.

(362) The refractive index of the substance changed anisotropically with wavelength.

(363) The wavelength of X-rays used in medical imaging is typically in millimicrons.

(364) The bandpass filter in the laser system helps to select a specific wavelength.

(365) The Broglie wavelength of a photon is inversely proportional to its frequency.

(366) The Broglie wavelength of a baseball is extremely small due to its large mass.

(367) The Broglie wavelength of a particle is directly proportional to its momentum.

(368) The efficiency of photolysis depends on the wavelength and intensity of light.

(369) The Broglie wavelength of an electron is typically on the order of nanometers.

(370) The wave number of the sound wave is inversely proportional to its wavelength.

(371) The wavelength of a sinusoidal wave can be measured from one peak to the next.

(372) The ultraviolet spectrum is divided into different regions based on wavelength.

(373) The reflectometer's light source emitted a specific wavelength for measurement.

(374) The wavelength of the light emitted by the sun is approximately 550 nanometers.

(375) The wavelength of a wave can be used to determine the polarization of the wave.

(376) The eigenstate of the wave equation was observed to have a specific wavelength.

(377) The wavelength of a stationary wave is inversely proportional to its frequency.

(378) The de Broglie wavelength of a particle is a measure of its wave-like behavior.

(379) The de Broglie wavelength of a particle is related to its de Broglie frequency.

(380) The Broglie wavelength of a particle can be calculated using Planck's constant.

(381) The Broglie wavelength of a particle is a measure of its wave-particle duality.

(382) The chromophoric group in the molecule absorbed light at a specific wavelength.

(383) The biprism is commonly used in experiments to measure the wavelength of light.

(384) The Broglie wavelength is inversely proportional to the momentum of a particle.

(385) Crookes' equation relates the wavelength of X-rays to the angle of diffraction.

(386) Metamaterials can be used to create superlenses with sub-wavelength resolution.

(387) The wavelength of a wave can be used to determine the thickness of a thin film.

(388) The concert was amazing, and the crowd was in perfect wavelength with the band.

(389) The wavelength of a wave can be used to determine its direction of propagation.

(390) The wavelength of the incident light can affect the magnitude of photocurrents.

(391) The undulator's wavelength can be adjusted to match specific experimental needs.

(392) The phosphoroscope allows scientists to measure the wavelength of emitted light.

(393) The de Broglie wavelength of a particle is related to its de Broglie wavelength.

(394) The Broglie wavelength of a particle is inversely proportional to its frequency.

(395) He is a great athlete, yet his wavelength doesn't match with the team's captain.

(396) We always seem to be on the same wavelength when it comes to our sense of humor.

(397) The wavelength of a wave is the distance between two consecutive points in phase.

(398) The wavelength of a wave can be used to determine the energy carried by the wave.

(399) Monochromators are optical devices used to select a specific wavelength of light.

(400) The excimer emission wavelength can be tuned by altering the molecular structure.

(401) The absorption band of the polymer shifted to a lower wavelength upon stretching.

(402) The color of calorescence can be affected by the wavelength of the light emitted.

(403) Short wavelength radiation can be used for medical imaging and radiation therapy.

(404) The distance between adjacent antinodes in a standing wave is half the wavelength.

(405) Phototaxis can be influenced by factors such as intensity and wavelength of light.

(406) We need to keep on the same wavelength as our customers to understand their needs.

(407) The scientist adjusted the monochromator to select a specific wavelength of light.

(408) Krypton is used in some types of lasers to produce a specific wavelength of light.

(409) The submillimetre wavelength is often used in astronomy to study distant galaxies.

(410) The wavelength of a wave in a medium will remain constant at a specific frequency.

(411) The de Broglie wavelength of a particle is inversely proportional to its velocity.

(412) The micromotor is used in microscale spectrometers for precise wavelength control.

(413) The Broglie wavelength of a particle is a fundamental property of its wave nature.

(414) The transmission coefficient of the material was found to be wavelength-dependent.

(415) The spectroradiometer measures the radiance of light in specific wavelength bands.

(416) Metamaterials have been used to create superlenses with sub-wavelength resolution.

(417) The wavelength of a wave can be used to determine the length of a resonant cavity.

(418) The photoelectrons were found to have a shorter wavelength than the incident light.

(419) The natural scale of a spectrometer determines the wavelength range it can analyze.

(420) The absorption band of the polymer shifted to a higher wavelength upon compression.

(421) The de Broglie wavelength of a particle is directly proportional to its wavelength.

(422) The fluorophore was excited by a specific wavelength of light to emit fluorescence.

(423) The optical coupler is a key component in wavelength division multiplexing systems.

(424) The fluorophore emitted a bright green light when excited by a specific wavelength.

(425) The wavelength of a wave can be used to determine the frequency of a standing wave.

(426) The wavelength of a wave can be used to determine the harmonics of a standing wave.

(427) The bandpass characteristic of the laser diode ensures precise wavelength selection.

(428) The wavelength of a wave can be used to study the properties of different materials.

(429) The monochromators' precise wavelength calibration guarantees accurate measurements.

(430) The decameter is used in physics to measure the wavelength of electromagnetic waves.

(431) The de Broglie wavelength of a particle is inversely proportional to its wavelength.

(432) The fluorophore was excited by a specific wavelength of light to emit a yellow glow.

(433) The eigenfrequency of the optical cavity was adjusted to match the laser wavelength.

(434) The painting is beautiful, and the colors are in perfect wavelength with each other.

(435) The wavelength of a wave can be used to determine the wavelength of a standing wave.

(436) The wavelength of a wave can be used to determine the size of a diffraction grating.

(437) The absorptivity of a material can vary depending on the wavelength of the radiation.

(438) The wavelength of a wave can be used to study the reflection and refraction of waves.

(439) The photocathode is sensitive to both the intensity and wavelength of incident light.

(440) The photoconduction phenomenon is influenced by the wavelength of the incident light.

(441) The Broglie wavelength of a particle becomes significant when its mass is very small.

(442) The wavelength of a wave can be used to determine the resonant frequency of a cavity.

(443) The wavelength of a wave can be used to determine the refractive index of a material.

(444) Rayleigh's scattering formula takes into account the wavelength of the incident light.

(445) The spectrometer's wavelength range allows for analysis of various types of radiation.

(446) The polarized light source emitted a uniform beam of light with a specific wavelength.

(447) The eigenfrequency of the laser cavity determines the wavelength of the emitted light.

(448) The emissive nature of the substance allows it to emit a specific wavelength of light.

(449) The angle in addition to the wavelength determines the direction of light diffraction.

(450) The scientist will calibrate the spectrometer by means of a known wavelength standard.

(451) The wavelength of a Rayleigh wave is typically longer than that of a P-wave or S-wave.

(452) The de Broglie wavelength of a macroscopic object is usually too small to be observed.

(453) If the reactant is exposed to a specific wavelength of light, isomerization may occur.

(454) The absorption coefficient can vary depending on the wavelength of the incident light.

(455) The wave number of this wave is determined by the speed of propagation and wavelength.

(456) According to the wave theory, waves can be described by their velocity and wavelength.

(457) The spectrophotometer uses a monochromator to isolate the desired wavelength of light.

(458) They felt on the same wavelength when discussing their shared passion for their major.

(459) The spectrophotometer needs to be calibrated down to the smallest wavelength possible.

(460) It's great to finally find someone who is on the same wavelength as me about politics.

(461) The eluting peak was identified by monitoring the absorbance at a specific wavelength.

(462) The weather is perfect for a picnic, and the park is just the right wavelength for it.

(463) The rate of photodegradation varies depending on the intensity and wavelength of light.

(464) The spectrophotometer's wavelength range can be adjusted to suit different experiments.

(465) The key to a successful relationship is to keep on the same wavelength as your partner.

(466) The wavelength of an electromagnetic wave determines its color in the visible spectrum.

(467) The tunability of this laser device enables precise control over the beam's wavelength.

(468) The spectral-line shape indicated a strong absorption feature at a specific wavelength.

(469) The Broglie wavelength of a particle can be used to determine its position uncertainty.

(470) Resonators are also used in laser technology to produce a specific wavelength of light.

(471) The wavelength of a wave can be used to determine the spacing of a diffraction grating.

(472) The tangent of a wavelength in physics was tangential to the curve at a specific point.

(473) The photocurrent in the photodiode was found to be dependent on the wavelength of light.

(474) The submillimetre wavelength of the radio waves allowed for long-distance communication.

(475) The absorbances of the solutions were measured at a specific wavelength for consistency.

(476) The refractive index of a medium will remain constant at a specific wavelength of light.

(477) The de Broglie wavelength of a particle is inversely proportional to its kinetic energy.

(478) The de Broglie wavelength of a particle can be observed in certain diffraction patterns.

(479) The Broglie wavelength of a macroscopic object is extremely small due to its large mass.

(480) The Broglie wavelength of a baseball is too small to be observed in everyday situations.

(481) The wavelength of a stationary wave can be altered by changing the length of the medium.

(482) The isosbestic point is a wavelength at which the absorbance of two species is the same.

(483) The wavelength of a wave can be used to determine the interference pattern of two waves.

(484) The wavelength of a photon can be calculated using the speed of light and its frequency.

(485) A wavelength is the distance between two consecutive points on a wave that are in phase.

(486) The number of antinodes in a wave can be altered by changing the frequency or wavelength.

(487) The choice of photosensitizers depends on the desired wavelength of light for activation.

(488) The fluorophore's emission wavelength could be tuned by modifying its chemical structure.

(489) The wavelength of a wave can be used to determine the phase difference between two waves.

(490) When negotiating a deal, it is essential for both parties to keep on the same wavelength.

(491) The Broglie wavelength of a particle can be observed in certain interference experiments.

(492) The path difference between the two signals caused a shift in the wavelength of the wave.

(493) The behavior of an electromagnetic wave can be described by its frequency and wavelength.

(494) The use of monochromators allows for precise wavelength selection in optical experiments.

(495) The chemist used a spectrometer to measure the wavelength of light emitted by the sample.

(496) Gamma rays are a type of electromagnetic radiation with high energy and short wavelength.

(497) The wavelength of a wave can be affected by the density of the medium it travels through.

(498) The chromophore in this fluorescent dye emits light when excited by a specific wavelength.

(499) The wavelength of a wave can be used to study the interaction between waves and particles.

(500) The monochromators' adjustable slit width allows for fine-tuning the wavelength selection.

(501) Photoemissive devices are sensitive to the wavelength and intensity of the incident light.

(502) The newly discovered compound has the ability to emit fluorescence at a longer wavelength.

(503) The wavelength of a standing wave is determined by the distance between consecutive nodes.

(504) The fluorescent protein emits fluorescence when excited by a specific wavelength of light.

(505) The wavelength of the light source was kept as a controlled variable in the optical study.

(506) If we can't get on to the same wavelength, we'll never be able to communicate effectively.

(507) It's refreshing to meet someone who is on the same wavelength as me about the environment.

(508) I feel like we're on the same wavelength about the need for more diversity in our society.

(509) The isosbestic point is a point of intersection in a plot of absorbance versus wavelength.

(510) The wavelength of a wave can be affected by the pressure of the medium it travels through.

(511) The wavelength of a wave can be affected by the humidity of the medium it travels through.

(512) The distance between adjacent antinodes in a standing wave is equal to half the wavelength.

(513) The diffraction grating can be used to measure the wavelength of light with high precision.

(514) The wavelength of a wave can be used to determine the direction of propagation of the wave.

(515) The wavelength of a wave can be used to study the standing wave patterns produced by waves.

(516) The photoresist film is typically transparent to the wavelength of light used for exposure.

(517) The de Broglie wavelength of an electron in a hydrogen atom is related to its energy level.

(518) Gamma rays have the highest energy and shortest wavelength in the electromagnetic spectrum.

(519) The temperature of blackbodies determines the amount and wavelength of radiation they emit.

(520) The erythemal threshold for skin damage varies depending on the wavelength of UV radiation.

(521) The constant of proportionality between the frequency and wavelength is the speed of light.

(522) The photoisomerization of azobenzene can be controlled by adjusting the wavelength of light.

(523) The temperature of a blackbody affects the wavelength distribution of its emitted radiation.

(524) The de Broglie wavelength of a particle can be observed in electron diffraction experiments.

(525) The excitation wavelength for the fluorophore was optimized for maximum fluorescence output.

(526) The rate of photodissociation depends on the intensity and wavelength of the incident light.

(527) X-rays are a form of electromagnetic radiation with a shorter wavelength than visible light.

(528) The lab experiment was designed to irradiate the sample with a specific wavelength of light.

(529) The wavelength of a wave can be shortened or lengthened by passing through different mediums.

(530) The wavelength of a wave can be used to analyze the resonance phenomena in different systems.

(531) The wavelength of a sinusoidal wave can be calculated by dividing its speed by its frequency.

(532) The wavelength of a wave can be affected by the temperature of the medium it travels through.

(533) The wavelength of a wave can be used to determine the nodes and antinodes of a standing wave.

(534) The wavelength of a wave can be calculated by dividing the speed of the wave by its frequency.

(535) The photoelectrons were emitted with a momentum determined by the incident light's wavelength.

(536) The temperature of blackbodies affects the wavelength distribution of their emitted radiation.

(537) The spectral power of the ultraviolet light was analyzed to study its wavelength distribution.

(538) Ultramicroscopes are capable of imaging objects that are smaller than the wavelength of light.

(539) Photodecomposition reactions are influenced by factors such as light intensity and wavelength.

(540) The absorptiometer measures the amount of light absorbed by a sample at a specific wavelength.

(541) The accuracy of photolithography is influenced by factors such as the wavelength of light used.

(542) The wavelength of a wave can be used to measure the distance between two points in a wavefront.

(543) The wavenumber of a wave can be calculated by dividing the speed of the wave by its wavelength.

(544) The path difference between the two sources resulted in a change in the wavelength of the wave.

(545) The microcrystal absorbed light at a specific wavelength, and it emitted a corresponding color.

(546) I think we're on the same wavelength about the need for more kindness and empathy in the world.

(547) The spectrophotometer must be calibrated in accordance with the wavelength of light being used.

(548) The inverse relation between frequency and wavelength is a fundamental concept in wave physics.

(549) The physics professor demonstrated the use of a colorimeter to measure the wavelength of light.

(550) The wavelength of a wave can be used to analyze the behavior of waves in different environments.

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