Diffractometer in a sentence

(1) Set up the diffractometer.

(2) Turn on the diffractometer.

(3) Calibrate the diffractometer.

(4) Align the diffractometer properly.

(5) Clean the diffractometer after use.

(6) Adjust the diffractometer's settings.

(7) Analyze the diffractometer's results.

(8) Monitor the diffractometer's progress.

(9) Save the data from the diffractometer.

(10) Maintain the diffractometer regularly.

Diffractometer sentence

(11) Keep the diffractometer's manual handy.

(12) Load the sample onto the diffractometer.

(13) Store the diffractometer in a safe place.

(14) Upgrade the software of the diffractometer.

(15) Ensure the diffractometer is properly grounded.

(16) Start the data collection on the diffractometer.

(17) Troubleshoot any issues with the diffractometer.

(18) Secure the sample in place on the diffractometer.

(19) Replace any worn-out parts of the diffractometer.

(20) Consult the diffractometer's manual for guidance.

Diffractometer make sentence

(21) Keep the diffractometer's area clean and organized.

(22) Use the diffractometer for crystallographic analysis.

(23) The diffractometer measures the angles of diffraction.

(24) Our laboratory recently acquired a new diffractometer.

(25) The diffractometer's X-ray source emits a focused beam.

(26) Familiarize yourself with the diffractometer's controls.

(27) The diffractometer is used to analyze crystal structures.

(28) The diffractometer's detector captures diffracted X-rays.

(29) Take precautions to prevent damage to the diffractometer.

(30) The diffractometer's control panel enables easy operation.

Sentence of diffractometer

(31) Report any malfunctions of the diffractometer immediately.

(32) Avoid touching the diffractometer while it is in operation.

(33) The diffractometer's goniometer adjusts the sample position.

(34) The diffractometer's adjustable slits control the beam size.

(35) Follow the safety guidelines while using the diffractometer.

(36) The diffractometer's software allows for precise calculations.

(37) The diffractometer's sample changer automates sample handling.

(38) Do not modify the diffractometer without proper authorization.

(39) The diffractometer's calibration ensures accurate measurements.

(40) Once the diffractometer was set up, the experiment could begin.

Diffractometer meaningful sentence

(41) The diffractometer's motorized stage simplifies sample handling.

(42) The diffractometer's user manual provides detailed instructions.

(43) Attend training sessions to learn more about the diffractometer.

(44) The diffractometer's user interface is intuitive and user-friendly.

(45) The diffractometer's high-resolution detector enhances data quality.

(46) The diffractometer's sample rotation stage enables texture analysis.

(47) The diffractometer's accuracy is crucial for obtaining reliable data.

(48) The diffractometer's sample holder accommodates various sample sizes.

(49) Share your findings obtained from the diffractometer with colleagues.

(50) The diffractometer's goniometer allows for precise sample positioning.

Diffractometer sentence examples

(51) The diffractometer's advanced algorithms simplify data interpretation.

(52) The diffractometer's motorized stage enables automated sample scanning.

(53) The diffractometer's robust construction ensures long-term reliability.

(54) The diffractometer's built-in safety interlocks ensure user protection.

(55) I need to calibrate the diffractometer before conducting any experiments.

(56) The diffractometer's compact design makes it suitable for laboratory use.

(57) The diffractometer's real-time monitoring allows for in-situ experiments.

(58) If you want to analyze crystal structures, you will need a diffractometer.

(59) The diffractometer is a highly precise instrument used in crystallography.

(60) The diffractometer's detector captured the diffracted X-rays for analysis.

Sentence with diffractometer

(61) The diffractometer's high-speed scanning capability reduced analysis time.

(62) The diffractometer's safety features protect users from radiation exposure.

(63) The diffractometer's integrated cooling system prevents sample degradation.

(64) The diffractometer's high-speed data acquisition shortens measurement time.

(65) The diffractometer's multi-axis goniometer allows for complex measurements.

(66) The diffractometer's high-resolution detector minimized measurement errors.

(67) The diffractometer's versatile design suits different research applications.

(68) The diffractometer's intuitive software interface facilitates data analysis.

(69) The diffractometer was calibrated, and the crystal structure was determined.

(70) The X-ray diffractometer is an essential tool in materials science research.

Use diffractometer in a sentence

(71) The diffractometer's built-in error correction enhances measurement accuracy.

(72) The diffractometer's X-ray source emits a beam that interacts with the sample.

(73) The diffractometer's advanced algorithms provide accurate peak identification.

(74) The diffractometer revealed the presence of impurities in the crystal lattice.

(75) The diffractometer allowed for accurate measurement of the lattice parameters.

(76) The diffractometer's high-resolution detector ensures accurate data collection.

(77) The diffractometer's adjustable collimator controls the size of the X-ray beam.

(78) The diffractometer's adjustable slits control the divergence of the X-ray beam.

(79) The diffractometer's sample stage accommodated various sample sizes and shapes.

(80) The diffractometer's robust design ensured long-term stability and reliability.

Sentence using diffractometer

(81) The diffractometer's sample holder accommodates various sample sizes and shapes.

(82) The diffractometer's built-in calibration routine ensures accurate measurements.

(83) After the sample was prepared, it was placed in the diffractometer for analysis.

(84) The diffractometer's automated data collection saved time during the experiment.

(85) The diffractometer's sample holder accommodated various sample sizes and shapes.

(86) The diffractometer's monochromator ensured a narrow and well-defined X-ray beam.

(87) The diffractometer's multi-axis goniometer enabled complex sample manipulations.

(88) The diffractometer's intuitive software interface simplifies data interpretation.

(89) The diffractometer's automated alignment system optimizes measurement conditions.

(90) The diffractometer's alignment was checked, and any misalignments were corrected.

Diffractometer example sentence

(91) The diffractometer, which was recently calibrated, produced precise measurements.

(92) The diffractometer's high-resolution detector captured detailed diffraction data.

(93) The diffractometer's safety features included radiation shielding and interlocks.

(94) The diffractometer's calibration procedure ensured accurate and reliable results.

(95) The diffractometer's software provides real-time analysis of diffraction patterns.

(96) The diffractometer's integrated camera allows for visual inspection of the sample.

(97) The diffractometer's X-ray tube was replaced, and it produced a more intense beam.

(98) The diffractometer's adjustable goniometer allowed for precise sample positioning.

(99) A diffractometer is crucial if you want to analyze the crystal lattice parameters.

(100) The diffractometer's user-friendly interface made it easy to operate and navigate.

Sentence with word diffractometer

(101) The diffractometer's wide angular range allowed for comprehensive data collection.

(102) The diffractometer's automatic sample changer increased throughput and efficiency.

(103) The diffractometer's data analysis software generates crystallographic information.

(104) The diffractometer's components were aligned, and the instrument was ready for use.

(105) The diffractometer's X-ray source emitted a focused beam for accurate measurements.

(106) If you are conducting X-ray diffraction experiments, a diffractometer is essential.

(107) The diffractometer's high-precision goniometer enables precise angular measurements.

(108) The diffractometer's data export function allows for easy data sharing and analysis.

(109) The diffractometer's high-speed data acquisition system minimized experimental time.

(110) If you are conducting powder diffraction experiments, a diffractometer is essential.

Sentence of diffractometer

(111) A diffractometer is crucial if you want to analyze the crystallographic domain size.

(112) The diffractometer is a scientific instrument used to study the diffraction of light.

(113) The diffractometer's automatic sample changer allows for high-throughput experiments.

(114) The scientist used a diffractometer to analyze the crystal structure of the compound.

(115) The diffractometer's intuitive software interface made data analysis straightforward.

(116) The diffractometer's robust construction ensured long-term reliability and stability.

(117) The diffractometer's software allowed for automated data analysis and interpretation.

(118) The diffractometer's precision allows for accurate measurements of crystal structures.

(119) The diffractometer's high-speed data acquisition system allows for rapid measurements.

(120) The diffractometer's built-in safety interlocks prevent accidental exposure to X-rays.

Diffractometer used in a sentence

(121) The diffractometer's software was upgraded, and it provided additional analysis tools.

(122) Despite its complexity, the diffractometer was user-friendly and intuitive to operate.

(123) You will need a diffractometer if you want to measure the lattice strain in a crystal.

(124) The diffractometer's comprehensive data output includes peak intensities and positions.

(125) The diffractometer's software was updated, and the new features improved data analysis.

(126) The diffractometer's versatile sample stage accommodated different sample orientations.

(127) If you are conducting X-ray crystallography experiments, a diffractometer is essential.

(128) The diffractometer's operating parameters were optimized, and the data quality improved.

(129) We analyzed the diffractometer's performance, and the instrument met all specifications.

(130) Although the diffractometer was expensive, it provided accurate data for the experiment.

Diffractometer sentence in English

(131) The diffractometer's data output provided information on peak positions and intensities.

(132) The diffractometer's built-in safety interlocks prevented accidental exposure to X-rays.

(133) The diffractometer's detector captures the diffracted X-rays and converts them into data.

(134) The diffractometer's control panel allows for easy adjustment of experimental parameters.

(135) The diffractometer is a valuable instrument for conducting research in materials science.

(136) The diffractometer's motorized stage allowed for precise sample movement during analysis.

(137) The diffractometer provided insights into the crystallographic orientation of the sample.

(138) The diffractometer's safety features ensure the protection of the user and the instrument.

(139) The college physics lab is equipped with a diffractometer for studying crystal structures.

(140) The diffractometer is a versatile tool that can be used in various scientific disciplines.

(141) The diffractometer's software allowed for easy interpretation of the diffraction patterns.

(142) The diffractometer's automatic alignment system maintained optimal instrument performance.

(143) The diffractometer's comprehensive data processing software allowed for advanced analysis.

(144) A diffractometer is crucial if you want to analyze the crystallographic symmetry elements.

(145) The diffractometer's data analysis software provides detailed crystallographic information.

(146) By using the diffractometer, college students can study the phase transitions in materials.

(147) The diffractometer's detector was replaced, and the sensitivity was significantly improved.

(148) The diffractometer's sample holder was modified, and it allowed for easier sample mounting.

(149) The diffractometer's calibration was verified, and the instrument was found to be accurate.

(150) The diffractometer's advanced optics enhanced the accuracy of the diffraction measurements.

(151) The diffractometer's built-in safety interlocks prevented accidental exposure to radiation.

(152) The diffractometer's high-resolution capabilities allowed for detailed structural analysis.

(153) The diffractometer's real-time monitoring system provided instant feedback on data quality.

(154) The diffractometer is an indispensable instrument for studying the properties of thin films.

(155) The diffractometer's safety protocols were followed, and no accidents or incidents occurred.

(156) The diffractometer's user interface was redesigned, and it became more intuitive to operate.

(157) The diffractometer's integrated cooling system prevented sample degradation during analysis.

(158) The diffractometer's comprehensive user manual provided detailed instructions for operation.

(159) A diffractometer is necessary if you want to determine the atomic arrangement of a material.

(160) If you are studying the diffraction patterns of crystals, a diffractometer is indispensable.

(161) If you want to determine the crystal symmetry of a material, you will need a diffractometer.

(162) A diffractometer is required if you want to investigate the crystal structure of a compound.

(163) The diffractometer is a valuable tool for studying the crystallographic texture of materials.

(164) The diffractometer's sample stage was modified, and it allowed for better sample positioning.

(165) The diffractometer's safety features ensured the protection of the operator during operation.

(166) You will need a diffractometer if you want to measure the interatomic distances in a crystal.

(167) The X-ray diffractometer provided valuable data about the atomic arrangement in the material.

(168) By rotating the sample, the diffractometer obtained diffraction patterns from various angles.

(169) The diffractometer's motorized alignment system ensured accurate and repeatable measurements.

(170) The diffractometer's advanced algorithms facilitated phase identification and quantification.

(171) The diffractometer allows college students to analyze the crystallographic phase of materials.

(172) We calibrated the diffractometer's goniometer, and precise angular measurements were achieved.

(173) While the diffractometer collected data, the researcher prepared the next sample for analysis.

(174) While the diffractometer collected data, the technician prepared the next sample for analysis.

(175) A diffractometer is crucial if you want to analyze the crystallographic preferred orientation.

(176) If you are conducting small-angle X-ray scattering experiments, a diffractometer is essential.

(177) The diffractometer's comprehensive user manual guides users through the instrument's operation.

(178) By using the diffractometer, college students can study the crystallographic defects in alloys.

(179) The diffractometer's accuracy was verified, and the measurements were within acceptable limits.

(180) If you want to determine the unit cell dimensions of a crystal, you will need a diffractometer.

(181) The diffractometer's goniometer enabled precise sample positioning for optimal data collection.

(182) The diffractometer is an essential instrument for characterizing the quality of single crystals.

(183) The diffractometer's real-time data visualization allowed for immediate analysis of the results.

(184) You will need a diffractometer if you want to measure the crystallographic strain in a material.

(185) College students can use the diffractometer to analyze the crystallographic defects in materials.

(186) The diffractometer's user manual was revised, and it provided clearer instructions for operation.

(187) A diffractometer is required if you want to investigate the crystallographic texture of a sample.

(188) The diffractometer's data acquisition time was reduced, and faster experiments could be performed.

(189) The diffractometer's precise angular control allowed for accurate diffraction angle determination.

(190) A diffractometer is required if you want to investigate the crystallographic defects in a crystal.

(191) The diffractometer's comprehensive software package included data visualization and modeling tools.

(192) The diffractometer's high sensitivity detector allows for the detection of weak diffraction signals.

(193) The diffractometer is an essential tool for analyzing the diffraction patterns of various materials.

(194) We performed a series of measurements using the diffractometer, and the data showed a clear pattern.

(195) The diffractometer's adjustable slits controlled the size of the X-ray beam for optimal diffraction.

(196) The diffractometer's built-in temperature control unit enables experiments at different temperatures.

(197) College students can use the diffractometer to determine the atomic arrangement in a crystal lattice.

(198) College students can learn about the principles of X-ray diffraction by operating the diffractometer.

(199) College students can use the diffractometer to determine the crystal symmetry of different compounds.

(200) The diffractometer's X-ray source was replaced, and the intensity of the diffraction peaks increased.

(201) If you are conducting grazing incidence X-ray diffraction experiments, a diffractometer is essential.

(202) The diffractometer allows college students to measure the angles and intensities of diffracted X-rays.

(203) College students can collaborate with faculty members to conduct experiments using the diffractometer.

(204) We used the diffractometer to analyze the sample, and the results were consistent with our hypothesis.

(205) We conducted a series of experiments using the diffractometer, and the data showed a consistent trend.

(206) You will need a diffractometer if you want to measure the angles and intensities of diffracted X-rays.

(207) The diffractometer's adjustable slit system controlled the intensity and divergence of the X-ray beam.

(208) The diffractometer enables college students to investigate the effects of strain on crystal structures.

(209) The diffractometer's detector was calibrated, and the sensitivity was adjusted for optimal performance.

(210) A diffractometer is required if you want to investigate the crystallographic properties of a substance.

(211) By operating the diffractometer, college students can gain hands-on experience in X-ray crystallography.

(212) The diffractometer's user-friendly interface made it accessible to researchers of all experience levels.

(213) The diffractometer is an advanced tool that allows college students to study the behavior of light waves.

(214) The diffractometer provides accurate data that can be used by college students to publish research papers.

(215) The diffractometer's resolution was increased, and finer details in the diffraction pattern were observed.

(216) The diffractometer's data processing software was updated, and it allowed for more efficient data analysis.

(217) A diffractometer is required if you want to investigate the crystallographic surface structure of a sample.

(218) College students can use the diffractometer to investigate the effects of temperature on crystal structures.

(219) After the sample was prepared, the diffractometer was turned on, and the X-ray beam was directed towards it.

(220) Although the diffractometer was calibrated, the results were inconclusive, so further analysis was required.

(221) If you are interested in studying the crystallographic defects in a material, a diffractometer is necessary.

(222) If you are interested in studying the crystallographic twinning in a crystal, a diffractometer is necessary.

(223) The diffractometer's powerful software analyzed the diffraction patterns for crystal structure determination.

(224) You will need a diffractometer if you want to measure the crystallographic strain distribution in a material.

(225) The diffractometer measured the angles of diffraction accurately, but the data interpretation was challenging.

(226) If you are interested in studying the crystallographic orientation of a sample, a diffractometer is necessary.

(227) If you want to determine the crystallographic phase composition of a material, you will need a diffractometer.

(228) If you want to determine the crystallographic phase transitions in a material, you will need a diffractometer.

(229) The diffractometer allows college students to determine the lattice parameters of different crystal structures.

(230) The diffractometer is a sophisticated instrument that requires proper training for college students to operate.

(231) We repeated the experiment using the diffractometer, and the results were consistent with our previous findings.

(232) The technician adjusted the diffractometer's settings, and the scientist positioned the sample in the beam path.

(233) The diffractometer provides precise measurements that help college students understand the structure of crystals.

(234) We collected data using the diffractometer, and the patterns obtained were indicative of a crystalline structure.

(235) We compared the diffractometer's results with those obtained from another instrument, and they were in agreement.

(236) We conducted a control experiment using the diffractometer, and it confirmed the reliability of our measurements.

(237) The scientist used a diffractometer to analyze the crystal structure, while the technician adjusted the settings.

(238) After the diffractometer finished scanning the sample, the researcher analyzed the resulting diffraction pattern.

(239) By using the diffractometer, college students can identify unknown substances based on their diffraction patterns.

(240) By operating the diffractometer, college students can investigate the effects of impurities on crystal structures.

(241) We conducted multiple experiments using the diffractometer, and the results consistently supported our hypothesis.

(242) After the diffractometer completed the scan, the researcher analyzed the diffraction pattern and drew conclusions.

(243) The technician adjusted the diffractometer's parameters, and the scientist positioned the sample in the beam path.

(244) If you are interested in studying the crystallographic stacking faults in a crystal, a diffractometer is necessary.

(245) The diffractometer is an important tool for college students to gain practical skills in materials characterization.

(246) While the diffractometer was in operation, the researcher conducted additional experiments to validate the findings.

(247) College students can use the diffractometer to explore the crystallographic orientation of polycrystalline materials.

(248) Once the diffractometer was calibrated, the scientist began collecting data, and the technician monitored the process.

(249) The technician ensured that the diffractometer was properly aligned, while the scientist prepared the sample for analysis.

(250) Once the diffractometer was calibrated, the scientist began collecting data, and the technician recorded the measurements.

(251) College students can analyze the diffraction patterns produced by the diffractometer to determine the size of nanoparticles.

(252) College students can use the diffractometer to investigate the crystallographic changes in materials under external stimuli.

(253) After the sample was prepared, the diffractometer was turned on, and the X-ray beam was directed towards it to collect data.

(254) Despite the diffractometer's precision, the scientist encountered difficulties in interpreting the complex crystal structure.

(255) Although the diffractometer was calibrated, the results were inconclusive, so the scientist decided to repeat the experiment.

(256) The technician ensured that the diffractometer was properly aligned, while the scientist prepared the next sample for analysis.

(257) After the diffractometer completed the scan, the researcher analyzed the diffraction pattern and compared it to previous results.

(258) While the diffractometer was in operation, the technician monitored the process, and the scientist conducted additional experiments.

(259) After the diffractometer completed the scan, the researcher analyzed the diffraction pattern and drew conclusions based on the data.

(260) Once the diffractometer finished scanning the sample, the researcher analyzed the resulting diffraction pattern and drew conclusions.

(261) The scientist used a diffractometer to analyze the crystal structure, while the technician ensured the instrument's proper functioning.

(262) Despite the diffractometer's precision, the scientist encountered difficulties in interpreting the complex crystal structure accurately.

(263) Despite the diffractometer's advanced technology, the scientist encountered challenges in interpreting the complex crystallographic data.

(264) The diffractometer's accuracy allowed the scientist to determine the crystal's lattice parameters, and the technician monitored the process.

(265) The diffractometer's accuracy allowed the scientist to determine the crystal's lattice parameters, and the technician recorded the measurements.

(266) Despite the diffractometer's advanced technology, the scientist encountered challenges in interpreting the complex crystallographic data accurately.

(267) The diffractometer measured the angles of diffraction accurately, but the scientist faced challenges in interpreting the complex crystallographic data.

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