Curie in a sentence

(1) Marie Curie discovered radium in 1898.

(2) Pierre Curie was a renowned physicist.

(3) The metric unit of activity is the curie.

(4) Marie Curie was the codiscoverer of radium.

(5) Marie Curie was the co-discoverer of radium.

(6) Iron has a curie point of 770 degrees Celsius.

(7) Pierre Curie was a renowned physicist and chemist.

(8) Radiothorium was discovered by Marie Curie in 1898.

(9) Marie Curie was the first woman to win a Nobel Prize.

(10) The curie temperature of iron is 770 degrees Celsius.

Curie sentence

(11) Different materials have different curie temperatures.

(12) Marie Curie was a codiscoverer of radium and polonium.

(13) The curie temperature of nickel is 358 degrees Celsius.

(14) The curies array is named after the famous Curie family.

(15) The curie point of nickel is around 358 degrees Celsius.

(16) The curie point is named after the physicist Marie Curie.

(17) Radiothorium was first discovered by Marie Curie in 1898.

(18) The curie temperature of cobalt is 1,115 degrees Celsius.

(19) The discovery of radium and polonium is credited to Curie.

(20) The curie temperature of gadolinium is 20 degrees Celsius.

Curie make sentence

(21) The curie temperature of neodymium is 310 degrees Celsius.

(22) Marie Curie pioneered the field of radioactivity research.

(23) Pierre Curie's dedication to his research was unparalleled.

(24) Pierre Curie's passion for science was evident in his work.

(25) The curie temperature is named after physicist Marie Curie.

(26) The curie is the physical unit for measuring radioactivity.

(27) The biography of Marie Curie inspired me to pursue science.

(28) Curie's work laid the foundation for modern nuclear physics.

(29) Marie Curie popularized the field of radioactivity research.

(30) The curie temperature is an intrinsic property of a material.

Sentence of curie

(31) The curie point of iron is approximately 770 degrees Celsius.

(32) Marie Curie and Pierre Curie codiscovered the element radium.

(33) The curie temperature is different for each magnetic material.

(34) The curie temperature of this material is 500 degrees Celsius.

(35) Marie Curie was a groundbreaker in the field of radioactivity.

(36) Marie Curie discovered radium by isolating it from pitchblende.

(37) Marie Curie and her husband Pierre discovered polonium in 1898.

(38) Pierre Curie's commitment to scientific inquiry was unwavering.

(39) The curie temperature is named after the physicist Marie Curie.

(40) Marie Curie was a pivotal figure in the field of radioactivity.

Curie meaningful sentence

(41) Pierre Curie's commitment to scientific progress was unwavering.

(42) The curie point is a fundamental property of magnetic materials.

(43) Pierre Curie's commitment to scientific integrity was unwavering.

(44) The curie point is a critical temperature for magnetic materials.

(45) The curie temperature is a characteristic property of a material.

(46) Pierre Curie's curiosity and thirst for knowledge were unmatched.

(47) The curie temperature can be affected by external magnetic fields.

(48) Marie Curie's contributions to science have left a lasting legacy.

(49) The curie point is an important concept in the field of magnetism.

(50) The curie point is a key parameter in the study of ferromagnetism.

Curie sentence examples

(51) The curie point is an important concept in the study of magnetism.

(52) The corpuscular nature of radiation was discovered by Marie Curie.

(53) The contributions of Pierre Curie to science are widely recognized.

(54) Pierre Curie's work laid the foundation for modern nuclear physics.

(55) Marie Curie was a pioneering scientist who discovered radioactivity.

(56) The curie point of a material can vary depending on its composition.

(57) The curie temperature can be influenced by impurities in a material.

(58) The scientist who discovered the cure was no other than Marie Curie.

(59) Pierre Curie's scientific achievements earned him numerous accolades.

(60) Pierre Curie's dedication to his work often consumed his entire life.

Sentence with curie

(61) Pierre Curie's perseverance in the face of challenges is commendable.

(62) The curie temperature is often measured in degrees Celsius or Kelvin.

(63) Curie's work on radiation safety protocols has saved countless lives.

(64) The curie point is a key concept in the field of solid-state physics.

(65) The curie temperature is an important parameter in magnetism studies.

(66) Above the curie point, a ferromagnetic material becomes paramagnetic.

(67) The curie point is a key parameter in the design of magnetic devices.

(68) The curie point is a fundamental property of ferromagnetic materials.

(69) The curie point is often used in the production of permanent magnets.

(70) Marie Curie and Pierre Curie coinvented the process of radioactivity.

Use curie in a sentence

(71) The curie temperature is a fundamental property of magnetic materials.

(72) The behavior of ferroelectricity is governed by the Curie temperature.

(73) Curie's scientific curiosity and passion for discovery were unmatched.

(74) Pierre Curie's legacy as a scientist continues to be celebrated today.

(75) Pierre Curie's brilliance as a scientist was evident from an early age.

(76) The curie temperature of a material determines its magnetic properties.

(77) The curie temperature is often used to characterize magnetic materials.

(78) A fascinating documentary can be written about the life of Marie Curie.

(79) Pierre Curie's dedication to his work often consumed his personal life.

(80) I am currently reading a biography of Marie Curie for my science class.

Sentence using curie

(81) The curie temperature is an important concept in the field of magnetism.

(82) The curie temperature is a key factor in the design of magnetic sensors.

(83) The curie temperature determines the magnetic properties of a substance.

(84) The curie temperature is an important concept in the study of magnetism.

(85) As a scientist, I look up to Marie Curie for inspiration in my research.

(86) The radioelement was discovered by Marie Curie in the late 19th century.

(87) The groundbreaking scientist Marie Curie discovered radium and polonium.

(88) I am currently reading a biography of Marie Curie, the famous scientist.

(89) Curie's discoveries revolutionized our understanding of atomic structure.

(90) The curie point is a critical temperature for magnetic phase transitions.

Curie example sentence

(91) The curie point is often used as a reference temperature in magnetometry.

(92) The curie point is an important factor in the design of magnetic sensors.

(93) The curie temperature is a critical point for magnetic phase transitions.

(94) The curie temperature of a material can be influenced by its composition.

(95) Marie Curie is renowned for her groundbreaking research in radioactivity.

(96) The curie temperature is a fundamental concept in the field of magnetism.

(97) The scientist Marie Curie was very influential in the field of chemistry.

(98) The intelligence of Marie Curie was unparalleled in the field of science.

(99) The principles of radioactive dating were first discovered by Marie Curie.

(100) Pierre Curie made significant contributions to the field of radioactivity.

Sentence with word curie

(101) Pierre Curie shared the Nobel Prize in Physics with his wife, Marie Curie.

(102) Pierre Curie's dedication to his work earned him the respect of his peers.

(103) The curie point is a phenomenon that occurs in certain magnetic materials.

(104) The curie temperature is an important parameter in the study of magnetism.

(105) The groundbreaking work of Marie Curie paved the way for women in science.

(106) Marie Curie was a pioneering scientist who discovered radium and polonium.

(107) Curie's scientific achievements were recognized with multiple Nobel Prizes.

(108) Scientists use the curie point to study the behavior of magnetic materials.

(109) The curie point is used to characterize the magnetic behavior of materials.

(110) The curie point is an important parameter in the study of magnetic domains.

Sentence of curie

(111) At temperatures below the curie temperature, the material is ferromagnetic.

(112) The curie temperature is a key parameter in the design of magnetic sensors.

(113) Pierre Curie's legacy continues to inspire future generations of scientists.

(114) Curie's scientific brilliance was matched only by her humility and kindness.

(115) The curie temperature is a key factor in designing magnetic storage devices.

(116) The curie temperature is an important parameter in the field of spintronics.

(117) The curie temperature of a substance can be determined using a magnetometer.

(118) Pierre Curie's work on magnetism laid the foundation for future discoveries.

(119) Heating a magnet beyond its curie point will cause it to lose its magnetism.

(120) The curie point is a critical factor in the performance of magnetic sensors.

Curie used in a sentence

(121) Pierre Curie's experiments with radium revolutionized the field of medicine.

(122) The spinthariscope was used by Marie Curie in her research on radioactivity.

(123) Pierre Curie's research on radioactivity revolutionized the field of physics.

(124) Pierre Curie's experiments with uranium led to the discovery of new elements.

(125) Materials with a high curie point are often used in magnetic storage devices.

(126) The curie temperature of a material can be affected by its crystal structure.

(127) The curie point is a characteristic temperature for ferromagnetic substances.

(128) The curie temperature of a material can be influenced by its thermal history.

(129) Pierre Curie's work laid the foundation for the development of nuclear power.

(130) The piezo electric effect was discovered by Pierre and Jacques Curie in 1880.

Curie sentence in English

(131) The curie point is an important parameter in the study of magnetic hysteresis.

(132) Marie Curie is often regarded as the most revered female scientist in history.

(133) The curie point is a transition temperature between different magnetic phases.

(134) The curie point is a temperature at which a material's magnetic domains align.

(135) The curie point is a critical temperature for the magnetization of a material.

(136) Curie's research on radiation led to the development of new medical treatments.

(137) Curie's legacy as a female scientist continues to inspire women in STEM fields.

(138) Heating a substance beyond its curie point can cause it to become non-magnetic.

(139) The curie temperature is a critical temperature for magnetic phase transitions.

(140) Marie Curie is widely regarded as the most revered female scientist in history.

(141) The curie temperature is a key parameter in the development of magnetic alloys.

(142) I enjoyed reading a biography about Marie Curie and her scientific discoveries.

(143) Pierre Curie's discoveries opened up new possibilities in the field of medicine.

(144) The Curie temperature is an important parameter in understanding ferromagnetics.

(145) The curie point is a critical temperature for the operation of magnetic devices.

(146) The curie point is often used to determine the magnetic stability of a material.

(147) The Curie temperature is an important characteristic of ferrimagnetic materials.

(148) The curie temperature is a critical temperature for the onset of ferromagnetism.

(149) Pierre Curie's groundbreaking research paved the way for modern nuclear physics.

(150) Pierre Curie's scientific achievements earned him numerous accolades and honors.

(151) The curie point of a material can be lowered by doping it with certain elements.

(152) The curie point is a parameter that affects the performance of magnetic devices.

(153) The curie temperature is a key factor in the design of magnetic storage devices.

(154) The curie temperature of a substance can be influenced by its crystal structure.

(155) Curie's groundbreaking research paved the way for advancements in nuclear energy.

(156) The curie point is determined by the alignment of magnetic moments in a material.

(157) The curie point is often used to determine the magnetic properties of a material.

(158) The curie point of a material can be affected by impurities or alloying elements.

(159) Pierre Curie's dedication to his research often came at great personal sacrifice.

(160) Curium is named after Marie and Pierre Curie, who discovered radium and polonium.

(161) The historian's research uncovered new information about the life of Marie Curie.

(162) The legacy of Marie Curie is one of scientific discovery and pioneering research.

(163) Pierre Curie's legacy as a pioneer in the field of radiation remains unparalleled.

(164) Pierre Curie's contributions to science will forever be remembered and celebrated.

(165) The curie temperature is an important parameter in the design of magnetic devices.

(166) The curie temperature is an important concept in the field of solid-state physics.

(167) Curie's groundbreaking research on radioactivity earned her international acclaim.

(168) The curie point is an important consideration in the design of magnetic shielding.

(169) Pierre Curie's experiments with radium led to the development of new technologies.

(170) The curie point of a material can be determined through experimental measurements.

(171) The curie temperature is an important parameter in the design of magnetic sensors.

(172) The Curie family was a prominent family of scientists and intellectuals in France.

(173) The groundbreaking scientist Marie Curie was the first woman to win a Nobel Prize.

(174) The biography of Marie Curie highlights her groundbreaking scientific discoveries.

(175) Curie's research on radioactivity opened up new possibilities for cancer treatment.

(176) The curie point is a characteristic temperature for the onset of magnetic ordering.

(177) The array notables includes famous scientists like Albert Einstein and Marie Curie.

(178) The curie temperature of a material can be used to estimate its magnetic stability.

(179) The curie point is an important parameter in the development of magnetic materials.

(180) The curie point is a concept that helps explain the behavior of magnetic materials.

(181) The curie temperature is often used as a reference point in the study of magnetism.

(182) Poland is home to many famous figures, including Marie Curie and Pope John Paul II.

(183) Curie's dedication to her work earned her the nickname The Mother of Modern Physics.

(184) The team conducted experiments to determine the antiferromagnet's Curie temperature.

(185) The scientist who made the groundbreaking discovery was none other than Marie Curie.

(186) Pierre Curie's passion for science was evident in his tireless pursuit of knowledge.

(187) The amount of radiation emitted by the source was measured in millionths of a curie.

(188) Pierre Curie's experiments with radiation led to the development of new technologies.

(189) Curie is a renowned scientist known for her groundbreaking research in radioactivity.

(190) Curie's contributions to science have had a lasting impact on the field of chemistry.

(191) Curie's scientific achievements continue to inspire future generations of scientists.

(192) Marie Curie's pioneering work in radioactivity continues to inspire scientists today.

(193) The curie point is the temperature at which a material loses its magnetic properties.

(194) The curie point of a material can be influenced by external factors such as pressure.

(195) The curie point is a property that distinguishes magnetic and non-magnetic materials.

(196) The curie temperature is an indicator of the stability of a material's magnetization.

(197) Pierre Curie's work on the electromagnetic properties of crystals was groundbreaking.

(198) The curie point is a property that distinguishes ferromagnetic materials from others.

(199) The curie temperature is a characteristic temperature for magnetic phase transitions.

(200) Pierre Curie's research on radiation led to the development of new cancer treatments.

(201) Pierre Curie's scientific discoveries continue to have a lasting impact on the world.

(202) The bicentenary of the birth of Marie Curie was celebrated with a special exhibition.

(203) Pierre Curie's experiments with radioactive materials were groundbreaking at the time.

(204) Pierre Curie's legacy as a pioneer in the study of radioactivity is widely recognized.

(205) The curie point of a substance can be influenced by external factors such as pressure.

(206) The curie point is an important characteristic for materials used in magnetic storage.

(207) The curie temperature of a material can be lowered by doping it with certain elements.

(208) Pierre Curie's groundbreaking research on radioactivity earned him numerous accolades.

(209) I'm fascinated by the biography of Marie Curie and her groundbreaking work in science.

(210) The groundbreaking work of Marie Curie paved the way for modern physics and chemistry.

(211) Pierre Curie's discoveries fundamentally changed our understanding of the atomic world.

(212) The curie point is a critical temperature for the operation of magnetic memory devices.

(213) The curie point is a temperature at which a material's magnetic susceptibility changes.

(214) Pierre Curie's discoveries opened up new possibilities in the field of medical imaging.

(215) Pierre Curie's research on the properties of radium led to its use in cancer treatment.

(216) The curie temperature of a material can be influenced by its composition and structure.

(217) The curie temperature is a critical temperature for the behavior of magnetic materials.

(218) Marie Curie's pivotal contribution to science was her discovery of radium and polonium.

(219) Scientists study the curie temperature to understand the behavior of magnetic materials.

(220) The curie temperature is a key parameter in the development of magnetic storage devices.

(221) The curie point is a critical temperature for the operation of magnetic recording media.

(222) The amount of radiation emitted by some materials is measured in trillionths of a curie.

(223) Pierre Curie's curiosity and intellect were instrumental in his scientific breakthroughs.

(224) Curie's research on radiation led to the development of new diagnostic tools in medicine.

(225) Curie's legacy as a trailblazer in the field of science continues to be celebrated today.

(226) The magnetic susceptibility of a material can be used to determine its Curie temperature.

(227) The curie temperature of a substance can be determined through experimental measurements.

(228) The curie temperature of a material can be affected by external factors such as pressure.

(229) Pierre Curie's work continues to be studied and built upon by scientists around the world.

(230) The curie temperature is a key factor in determining the stability of a magnetic material.

(231) The magnetic susceptibility of a substance can be used to determine its Curie temperature.

(232) The Curie temperature is the temperature at which ferromagnetism disappears in a material.

(233) Understanding the curie point can help engineers design more efficient magnetic materials.

(234) Many aspiring scientists look up to a legend like Marie Curie for her pioneering research.

(235) The curie temperature of a material can be altered by applying an external magnetic field.

(236) Pierre Curie's work on the piezoelectric effect laid the foundation for modern technology.

(237) Pierre Curie's contributions to the field of physics earned him international recognition.

(238) The amount of radiation emitted by a nuclear reactor is measured in billionths of a curie.

(239) Many students look up to scientists like Marie Curie for their groundbreaking discoveries.

(240) The curie temperature is a critical point at which a material undergoes a phase transition.

(241) The curie temperature can be influenced by factors such as impurities or crystal structure.

(242) The curie temperature is determined by the alignment of magnetic moments within a material.

(243) The curie temperature is an important parameter in the study of magnetic phase transitions.

(244) The curie point is a temperature at which a material undergoes a magnetic phase transition.

(245) The curie temperature is the temperature at which a material loses its magnetic properties.

(246) Pierre Curie's experiments with radiation led to the development of new medical treatments.

(247) Pierre Curie's contributions to the field of physics continue to be studied and celebrated.

(248) Pierre Curie's research on the effects of radiation on living organisms was groundbreaking.

(249) The curie temperature of a substance can be affected by impurities present in the material.

(250) The principles of radioactive dating were first discovered by Marie Curie and Pierre Curie.

(251) The legacy of Marie Curie is one of determination, perseverance, and scientific excellence.

(252) The Curie temperature is the temperature at which a material loses its magnetic properties.

(253) Pierre Curie's research on radioactivity paved the way for advancements in cancer treatment.

(254) The concept of piezoelectricity was first proposed by Pierre Curie in the late 19th century.

(255) Pierre Curie's scientific achievements continue to inspire future generations of scientists.

(256) The curie is a unit of measurement used to quantify the amount of radioactivity in a sample.

(257) Marie Curie's work paved the way for advancements in nuclear medicine and radiation therapy.

(258) Marie Curie continued Becquerel's work, and she became the first woman to win a Nobel Prize.

(259) The curie temperature is often used as a benchmark for the performance of magnetic materials.

(260) The Curie point is the temperature at which a ferromagnetic material loses its magnetization.

(261) The atomic number of radium is eighty-eight, and it was discovered by Marie and Pierre Curie.

(262) Pierre Curie's research on radioactivity had far-reaching implications for various industries.

(263) Pierre Curie's scientific achievements earned him a place among the greatest minds in history.

(264) The curie temperature can be influenced by the presence of magnetic domains within a material.

(265) The Curie temperature is the temperature at which ferromagnets lose their magnetic properties.

(266) Among the notables in the array are brilliant scientists like Marie Curie and Stephen Hawking.

(267) The Curie temperature is the temperature at which a ferromagnet loses its magnetic properties.

(268) Pierre Curie's experiments with radioactive materials revolutionized the scientific community.

(269) The curie temperature is used to characterize the magnetic behavior of ferromagnetic materials.

(270) Curie's perseverance in the face of adversity is a testament to her strength and determination.

(271) Curie's experiments with radioactive materials were conducted with great caution and precision.

(272) The curie temperature of a material can be determined by measuring its magnetic susceptibility.

(273) Pierre Curie's innovative approach to scientific inquiry set him apart from his contemporaries.

(274) Marie Curie should be celebrated for her groundbreaking research in the field of radioactivity.

(275) Pierre Curie and his wife Marie Curie made groundbreaking discoveries in the field of radiation.

(276) Curie's tireless efforts to advance scientific knowledge have left an indelible mark on history.

(277) Pierre Curie's curiosity and passion for science were evident in his groundbreaking discoveries.

(278) The curie temperature is the temperature at which a material loses its ferromagnetic properties.

(279) The scientist Marie Curie was a paragon of dedication and curiosity in her pursuit of knowledge.

(280) The life and work of Marie Curie continues to inspire generations of scientists and researchers.

(281) The Curie temperature is the temperature at which ferromagnetics lose their magnetic properties.

(282) Although Becquerel discovered radioactivity, it was Marie Curie who furthered its understanding.

(283) I read a fascinating biography of Marie Curie, and it inspired me to pursue a career in science.

(284) The coeval scientific breakthroughs of Einstein and Curie revolutionized their respective fields.

(285) Curie's commitment to scientific integrity and ethics set a high standard for future researchers.

(286) Pierre Curie's dedication to his research was fueled by a deep curiosity about the natural world.

(287) The curie temperature of a material can be determined using magnetic susceptibility measurements.

(288) The biography I read was about Marie Curie, but I also learned about her husband's contributions.

(289) The phenomenon of pyroelectricity was first discovered in the early 18th century by Pierre Curie.

(290) The work of Marie Curie has inspired countless women to pursue careers in science and technology.

(291) Pierre Curie's collaboration with his wife Marie Curie was a true partnership of scientific minds.

(292) Pierre Curie's scientific contributions continue to shape our understanding of the physical world.

(293) Marie Curie was the first woman to win a Nobel Prize, and she went on to win a second one as well.

(294) Curie's discoveries challenged existing scientific theories and sparked new avenues of exploration.

(295) Curie's discoveries have had far-reaching implications for both scientific and medical communities.

(296) The curie temperature is a fundamental property that determines the magnetic behavior of a material.

(297) The high Curie temperature of ferrites makes them suitable for use in high-temperature applications.

(298) Marie Curie was a groundbreaker in the field of science, being the first woman to win a Nobel Prize.

(299) The curie temperature is a critical temperature above which a material loses its magnetic properties.

(300) Pierre Curie's research on radioactivity had profound implications for the field of energy production.

(301) The story of Marie Curie's life is a testament to the power of education and the pursuit of knowledge.

(302) Marie Curie's discoveries have had a lasting impact on the fields of physics, chemistry, and medicine.

(303) Materials with a high curie temperature are suitable for applications in high-temperature environments.

(304) The curie temperature is a critical temperature below which a material exhibits ferromagnetic behavior.

(305) The high Curie temperature of permalloy allows for stable magnetic properties at elevated temperatures.

(306) Pierre Curie's innovative approach to scientific experimentation set him apart from his contemporaries.

(307) Pierre and Marie Curie were awarded the Nobel Prize in Physics in 1903 for their work on radioactivity.

(308) The curie point is a temperature at which a material's magnetic properties undergo a significant change.

(309) Pyroelectricity was first discovered in the mineral tourmaline by French physicist Pierre Curie in 1880.

(310) The curie temperature is often used to determine the maximum operating temperature of magnetic materials.

(311) Curie's pioneering work in the field of radioactivity paved the way for advancements in nuclear medicine.

(312) Pierre Curie's research on the properties of radioactive materials revolutionized the field of chemistry.

(313) Pierre Curie's contributions to the field of physics continue to shape our understanding of the universe.

(314) The Curie temperature is the temperature at which ferromagnetic materials lose their magnetic properties.

(315) Marie Curie was a pioneering scientist who made groundbreaking discoveries in the field of radioactivity.

(316) Curie's determination to overcome societal barriers and pursue her passion for science is truly inspiring.

(317) Pierre Curie's research on radioactivity had far-reaching implications for various scientific disciplines.

(318) Pierre Curie's legacy as a scientific pioneer continues to inspire and influence the scientific community.

(319) The curie temperature is a critical temperature at which a material undergoes a magnetic phase transition.

(320) Curie's contributions to the field of chemistry have forever changed our understanding of the atomic world.

(321) Pierre Curie's discoveries in the field of radioactivity transformed our understanding of atomic structure.

(322) Increasing the temperature above the curie temperature causes the material to lose its magnetic properties.

(323) The Curie law describes the relationship between magnetization and temperature in a ferromagnetic material.

(324) The curie temperature is an important consideration in the selection of materials for magnetic applications.

(325) The curie temperature is a characteristic temperature at which a material's magnetic susceptibility changes.

(326) Marie Curie's contributions to science have had a profound impact on our understanding of the natural world.

(327) The life and work of Marie Curie serves as a reminder of the importance of scientific inquiry and discovery.

(328) Pierre Curie's collaboration with his wife, Marie Curie, was instrumental in their groundbreaking discoveries.

(329) Pierre Curie's research on the properties of radioactive materials led to the development of new technologies.

(330) The curie temperature is a crucial parameter in the development of magnetic materials for various applications.

(331) Marie Curie's research on radioactivity paved the way for many important medical and technological advancements.

(332) Pierre Curie's scientific discoveries challenged existing theories and expanded our understanding of the universe.

(333) The curie temperature is an important parameter in the development of magnetic materials for various applications.

(334) The aspiring scientist looks up to a star like Marie Curie and hopes to make groundbreaking discoveries in her field.

(335) The Curie constant is a physical constant used in the Curie law to describe the magnetic susceptibility of a material.

(336) Pierre Curie's discoveries challenged existing scientific theories and expanded our understanding of the natural world.

(337) Pierre Curie's work on the effects of radiation on living organisms had profound implications for the field of biology.

(338) Pierre Curie's experiments with radioactive substances laid the groundwork for future advancements in nuclear medicine.

(339) The encyclopaedism of individuals like Marie Curie and Nikola Tesla revolutionized the fields of science and technology.

(340) As a scientist, I look up to a legend like Marie Curie for her groundbreaking discoveries and contributions to the field.

(341) The book chronicled the lives of several extraordinaries throughout history, including Leonardo da Vinci and Marie Curie.

(342) The curie temperature is an essential property to consider in the selection of magnetic materials for specific applications.

(343) The curie temperature is a critical temperature at which a material transitions from a paramagnetic to a ferromagnetic state.

(344) The eponym Marie Curie was the first woman to win a Nobel Prize and made groundbreaking discoveries in the field of radioactivity.

(345) The renowned scientist, Marie Curie, made groundbreaking discoveries in the field of radioactivity is an example of an appositional phrase.

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