Ik45/wikipedia_dataset_science_en_id huggingface dataset:
In thermodynamics, the triple point of a substance is the temperature and pressure at which the three phases (gas, liquid, and solid) of that substance coexist in thermodynamic equilibrium.
Dalam termodinamika, titik tripel sebuah zat merupakan suhu dan tekanan ketika tiga fase (gas, cair, dan padat) zat tersebut berada dalam kesetimbangan termodinamika.
For most substances, the gas–liquid–solid triple point is the minimum temperature where the liquid can exist.
Untuk sebagian besar zat titik tripel gas–cair–padat juga suhu minimum di mana cairan dapat hadir.
Historically, during the Mariner 9 mission to Mars, the triple point pressure of water was used to define "sea level".
Tekanan titik tripel air digunakan selama misi Mariner 9 ke Mars sebagai titik referensi untuk mendefinisikan "permukaan laut".
This table lists the gas–liquid–solid triple points of several substances.
Tabel di bawah ini berisi daftar titik-titik tripel gas–cair–padat untuk beberapa zat.
Unless otherwise noted, the data come from the U.S. National Bureau of Standards (now NIST, National Institute of Standards and Technology).
Kecuali dinyatakan lain, data berikut berasal dari Biro Standar Nasional Amerika Serikat (sekarang NIST, Lembaga Standar dan Teknologi Nasional).
Notes: For comparison, typical atmospheric pressure is 101.325 kPa (1 atm).
* Catatan: sebagai perbandingan, tekanan atmosfer yang umum adalah 101,325 kPa (1 atm).
It is the same concept as volume percent (vol%) except that the latter is expressed with a denominator of 100, e.g., 18%.
Fraksi volume memiliki konsep yang sama seperti persen volume (vol%) tetapi persen volume dinyatakan dengan pembagi 100, seperti, 18%.
The volume fraction coincides with the volume concentration in ideal solutions where the volumes of the constituents are additive (the volume of the solution is equal to the sum of the volumes of its ingredients).
Fraksi volume bersesuaian dengan konsentrasi volume dalam larutan ideal di mana volume konstituennya adalah aditif (volume larutan sama dengan jumlah volume bahannya).
The sum of all volume fractions of a mixture is equal to 1: ∑ i1 N V iV ; ∑ i1 N φ i1. ^{N}V_{i}=V;\qquad \sum _{i=1}^{N}\varphi _{i}=1.}
Jumlah semua fraksi volume campuran sama dengan 1: ∑ i1 N V iV ; ∑ i1 N ϕ
The volume fraction (percentage by volume, vol%) is one way of expressing the composition of a mixture with a dimensionless quantity; mass fraction (percentage by weight, wt%) and mole fraction (percentage by moles, mol%) are others.
Fraksi volume (persentase menurut volume, vol%) adalah salah satu cara untuk mengekspresikan komposisi campuran dengan kuantitas tak berdimensi; fraksi massa (persentase massa, wt%) dan fraksi mol (persentase oleh mol, mol%) adalah jenis yang lainnya.
However, percentages are only additive for ideal gases.
Namun, persentase hanya aditif untuk gas ideal.
The volume of such a mixture is slightly less than the sum of the volumes of the components.
Dalam hal ini, volume campuran kurang dari total komponen penyusunnya.
Thus, by the above definition, the term "40% alcohol by volume" refers to a mixture of 40 volume units of ethanol with enough water to make a final volume of 100 units, rather than a mixture of 40 units of ethanol with 60 units of water.
Sehingga, menurut definisi di atas, istilah "40% alkohol berdasarkan volume" mengacu pada campuran 40 satuan volume etanol dengan air secukupnya untuk menghasilkan volume akhir 100 satuan, dan bukan campuran 40 satuan etanol dengan 60 satuan air.
The gas emerging from the hot end can reach temperatures of 200 °C (390 °F), and the gas emerging from the cold end can reach −50 °C (−60 °F).
Gas yang muncul dari ujung "panas" dapat mencapai suhu 200 °C, dan gas yang muncul dari ujung "dingin" bisa mencapai −50 °C.
Pressure–volume work (or PV or P-V work) occurs when the volume V of a system changes.
Kerja tekanan-volume (atau kerja PV) muncul ketika adanya perubahan volume V sistem.
PV work is often measured in units of litre-atmospheres where 1L·atm101.325J.
Kerja PV umumnya diukur dengan satuan dalam liter-atm di mana
PV work is an important topic in chemical thermodynamics.
Kerja PV merupakan topik penting dalam termodinamika kimia.
Moreover, W∫ V i V f P d V .
Maka, W∫ V i V f P d V .
}^{V_{f}}P\,dV.} where W denotes the work done by the system during the whole of the reversible process.
}^{V_{f}}P\,dV.} dengan W menunjukkan kerja yang dilakukan oleh sistem selama proses reversibel keseluruhan.
In the current mathematical notation, the differential δ W is an inexact differential.
Untuk notasi matematika saat ini, diferensial δ W adalah diferensial noneksak.
In another notation, δW is written đW (with a horizontal line through the d).
Notasi lainnya, δW ditulis đW (ada garis di atas d).
Concepts of Modern Physics (6th ed.).
Concepts of Modern Physics (Edisi 6th).
ISBN 978-0-07-123460-3. P. Tipler, R. Llewellyn (2002).
P. Tipler, R. Llewellyn (2002).
Modern Physics (4th ed.).
Modern Physics (Edisi 4th).
Al-Farabi is credited as the first Muslim who presented philosophy as a coherent system in the Islamic world, and created a philosophical system of his own, which developed a philosophical system that went far beyond the scholastic interests of his Greco-Roman Neoplatonism and Syriac Aristotelian precursors.
Al-Farabi dipandang sebagai filsuf muslim pertama yang menghadirkan filsafat sebagai suatu sistem yang kohern di Dunia Islam, melampaui warisan filsafat skolastik Neoplatonisme yang diwariskan Aleksandria dan filsafat paripatetik Aristotelian yang berkembang di Syria (Antiokhia).
Al-Farabi's impact on philosophy is undeniable, to name a few, Yahya ibn Adi, Abu Sulayman Sijistani, Abu al-Hassan al-Amiri, and Abu Hayyan al-Tawhidi; Avicenna, Suhrawardi, and Mulla Sadra; Avempace, Ibn Tufail, and Averroes; Maimonides, Albertus Magnus, and Leo Strauss.
Adapun pengaruh Al-Farabi pada generasi kemudian dapat dilihat jejaknya pada Yahya bin Adi, Abu Sulaiman Sijistani, Abu Hasan al-Amiri, Abu Hayyan al Tawhidi, Ibnu Sina, Suhrawardi al-Maqtul, Mulla Sadra, Ibnu Tufail, dan Ibnu Rusyd; selain itu juga terlihat pada para pemikir non-muslim seperti Maimonides dan Albertus Magnus, hingga Leo Strauss.
Medieval Arab historian Ibn Abi Usaibia (died in 1270)—one of al-Farabi's oldest biographer—mentions in his Uyun that al-Farabi's father was of Persian descent.
Penulis lain bernama Ibnu Abi Usaibah (wafat 1270) mengatakan ayah Al-Farabi merupakan keturunan Persia, dan seorang komandan tentara Turkik.
[Prior Analytics, I.7] but not what comes after it, since they thought that would harm Christianity.
[Prior Analytics, 1.7] tetapi tidak yang sesudahnya, karena itu akan membahayakan ajaran Kristen.
Alfarabi, The Political Writings.
Alfarabi: The Political Writings.
Alfarabi, The Political Writings, Volume II.
Alfarabi: The Political Writings.
New York: Oxford University Press.
London: Oxford University Press.
Volume I. London & New York: Routledge.
New York: Routledge.
Cambridge: Cambridge University Press.
Cambridge University Press.
Politics and Excellence: The Political Philosophy of Alfarabi.
Alfarabi: The Political Writings.
London & New York: Routledge.
New York: Routledge.
Rescher, Nicholas (1962).
Nicholas Rescher (1963).
He had a vast knowledge of medicine, mathematics, and astronomy.
Ia memiliki pengetahuan yang luas pada kedokteran, Matematika, dan Astronomi.
He was born in Zaragoza, in what is today Aragon, Spain, around 1085 and died in Fes then under the Almoravid dynasty, in 1138.
Ia lahir di Zaragoza, tempat yang kini bernama Spanyol, dan meninggal di Fez pada 1138.
Fakhr al-Dīn al-Rāzī (Arabic: فخر الدين الرازي) or Fakhruddin Razi (Persian: فخر الدين رازی) (1149 or 1150 – 1209), often known by the sobriquet Sultan of the Theologians, was an influential Muslim polymath, scientist and one of the pioneers of inductive logic.
Fakhruddin ar-Razi (bahasa Persia: فخر الدين رازيcode: fa is deprecated ) (26 Januari 1150 – 29 Maret 1210) sering dikenal dengan julukan Sultanul Mutakallimin adalah seorang ilmuwan muslim berkebangsaan Persia polimatik, sarjana muslim dan pelopor logika induktif.
He wrote various works in the fields of medicine, chemistry, physics, astronomy, cosmology, literature, theology, ontology, philosophy, history and jurisprudence.
Dia menulis berbagai karya di bidang obat-obatan, kimia, fisika, astronomi, kosmologi, literatur, teologi, ontologi, filsafat, sejarah dan fikih.
He was one of the earliest proponents and skeptics that came up with the concept of multiverse, and compared it with the astronomical teachings of Quran.
Dia adalah salah satu pendukung dan skeptis paling awal yang muncul dengan konsep Multiverse, dan membandingkannya dengan astronomi Al-Qur'an.
A rejector of the geocentric model and the Aristotelian notions of a single universe revolving around a single world, al-Razi argued about the existence of the outer space beyond the known world.
Sebagai seorang penolak model geosentrisme dan gagasan Aristotelianisme tentang alam semesta tunggal yang berputar di sekitar satu dunia, Ar-Razi berargumen tentang keberadaan luar angkasa di luar dunia yang diketahui.
Al-Razi was born in Ray, Iran, and died in Herat, Afghanistan.
Ar-Razi lahir di Ray, Iran, dan meninggal di Herat, Afganistan.
He left a very rich corpus of philosophical and theological works that reveals influence from the works of Avicenna, Abu'l-Barakāt al-Baghdādī and al-Ghazali.
Ia meninggalkan korpus yang sangat kaya akan karya filsafat dan teologi yang mengungkapkan pengaruh dari karya Avicenna, Abu'l-Barakāt al-Baghdādī dan al-Ghazali.
Two of his works titled Mabāhith al-mashriqiyya fī 'ilm al-ilāhiyyāt wa-'l-tabi'iyyāt المباحث المشرقية في علم الإلهيات و الطبيعيات (Eastern Studies in Metaphysics and Physics) and al-Matālib al-'Aliya المطالب العالية (The Higher Issues) are usually regarded as his most important philosophical works.
Dua karyanya yang berjudul Mabāhith al-mashriqiyya fī ‘ilm al-ilāhiyyāt wa-'l-tabi‘iyyāt (Eastern Studies in Metaphysics and Physics) dan al-Matālib al-‘Aliya (The Higher Issues) biasanya dianggap sebagai karya filsafat penting.
Mabahith al-mashriqiyya fi 'ilm al-ilahiyyat wa-'l-tabi'iyyat (Eastern Studies in Metaphysics and Physics) Al-Matālib al-'Āliyyah min al- 'ilm al-ilahī (The Higher Issues) – his last work.
Dua karyanya yang berjudul Mabāhith al-mashriqiyya fī ‘ilm al-ilāhiyyāt wa-'l-tabi‘iyyāt (Eastern Studies in Metaphysics and Physics) dan al-Matālib al-‘Aliya (The Higher Issues) biasanya dianggap sebagai karya filsafat penting.
Jean Buridan (; French: [byʁidɑ̃]; Latin: Johannes Buridanus; c. 1301 – c. 1359/62) was an influential 14th‑century French scholastic philosopher.
Jean Buridan (bahasa Prancis: [byʁidɑ̃]; Latin: Johannes Buridanus; ca 1301 – ca 1359/62)
Buridan taught in the faculty of arts at the University of Paris for his entire career and focused in particular on logic and on the works of Aristotle.
Buridan adalah guru di fakultas seni rupa di Universitas Paris selama sepanjang masa kariernya, dengan berfokus pada logika dan karya-karya Aristoteles.
Buridan sowed the seeds of the Copernican Revolution in Europe.
Buridan menebarkan benih-benih Revolusi Copernicus di Eropa.
The Science of Mechanics in the Middle Ages (1980. ed.).
The Science of Mechanics in the Middle Ages (Edisi 1980.).
Retrieved 5 February 2019.
Diakses tanggal 5 February 2019.
Stanford Encyclopedia of Philosophy.
The Stanford Encyclopedia of Philosophy.
Bibliography by Fabienne Pironet (up to 2001) Buridan's Logic and Metaphysics: an annotated bibliography (updates the bibliography of Fabienne Pironet to 2014) Buridan's Logical Works.
Buridan's Logic and Metaphysics: an annotated bibliography (updates the bibliography of Fabienne Pironet to 2014) Buridan's Logical Works.
H Mercken (Corpus Latinum Commentariorum in Aristotelem Graecorum VI), Leiden: Brill, 1973–1991 On Light, ed.
H Mercken, (Corpus Latinum Commentariorum in Aristotelem Graecorum VI), (Leiden: Brill, 1973-1991)
In Stephen, Leslie (ed.).
Dalam Stephen, Leslie (ed.).
IX (Münster i. W.: Aschendorff, 1912).
IX (Munster i. W.: Aschendorff, 1912).
Crombie, A. C. Robert Grosseteste and the Origins of Experimental Science.
accessed on 28 October 2007 Crombie, A. C. Robert Grosseteste and the Origins of Experimental Science.
Handbook of British Chronology (Third revised ed.).
Handbook of British Chronology (Edisi Third revised).
In Stephen, Leslie; Lee, Sidney (eds.).
Dalam Stephen, Leslie; Lee, Sidney (ed.).
Smith, Elder & Co. McEvoy, James.
Smith, Elder & Co. ; ; McEvoy, James.
Oxford Dictionary of National Biography (online ed.).
Dictionary of National Biography.
Oxford University Press.
Oxford: Oxford University Press, 2000.
Thomas Bradwardine (c. 1300 – 26 August 1349) was an English cleric, scholar, mathematician, physicist, courtier and, very briefly, Archbishop of Canterbury.
Thomas Bradwardine(1290-26 August 1349), lahir di Inggris, merupakan seorang uskup agung Canterbury pada tahun 1349.
Bibha Chowdhuri (3 July 1913 – 2 June 1991) was an Indian particle physicist known for her investigations into cosmic rays.
Bibha Chowdhuri (1913-1991) merupakan seorang fisikawan yang penelitiannya di bidang fisika partikel dasar dan sinar kosmik sangatlah penting dan inovatif bagi ilmu pengetahuan India.
Her father, Banku Behari Chowdhuri, was a doctor.
Ayahnya, Banku Behari Chowdhuri, berprofesi sebagai dokter.
Many of the Chowdhuri children (apart from the second daughter who died early on) went on to become highly educated.
Sebagian besar anak-anak keluarga Chowdhuri (kecuali putri kedua yang meninggal di usia muda) berhasil meraih pendidikan tinggi.
Her aunt, Nirmala Devi, was married to Sir Nilratan Sircar.
Bibinya, Nirmala Devi, menikah dengan Sir Nilratan Sircar.
She joined the Bose Institute after graduating in 1939 and worked with Debendra Mohan Bose.
Ia bergabung dengan Bose Institute sebagai mahasiswa riset di bawah bimbingan Debendra Mohan Bose (D.M. Bose) dari tahun 1938 hingga 1942.
" Chowdhuri returned to India after her PhD, working at the Tata Institute of Fundamental Research for eight years.
Bibha Chowdhuri kembali ke India setelah menyelesaikan studi doktoralnya dan bekerja di Tata Institute of Fundamental Research (TIFR) selama delapan tahun.
She joined the Physical Research Laboratory and became involved with the Kolar Gold Fields experiments.
Setelah itu, ia bergabung dengan Physical Research Laboratory dan berpartisipasi dalam eksperimen di Kolar Gold Fields.
She moved to Kolkata to work at the Saha Institute of Nuclear Physics.
Kemudian, ia pindah ke Kolkata untuk bekerja di Saha Institute of Nuclear Physics.
He was a pioneer in the investigation of radio microwave optics, made significant contributions to botany, and was a major force behind the expansion of experimental science on the Indian subcontinent.
Dia seorang perintis dalam penelitian radio dan gelombang elektromagnetik, memberi kontribusi yang sangat besar dalam bidang tumbuhan sehingga meletakkan dasar yang kuat bagi penelitian selanjutnya di benua India.
He was a professor at Allahabad University from 1923 to 1938, and thereafter a professor and Dean of the Faculty of Science at the University of Calcutta until his death in 1956.
Dia juga seorang mahasiswa di Presidency College, Kolkata ; seorang profesor di Universitas Allahabad 1923-1938, dan kemudian seorang profesor dan Dekan Fakultas Ilmu di Universitas Calcutta sampai kematiannya pada tahun 1956.
He became a Fellow of the Royal Society in 1927.
Ia menjadi Anggota dari Royal Society pada tahun 1927.
He was president of the 21st session of the Indian Science Congress in 1934.
Dia adalah presiden pada sesi ke-21 the Indian Science Congress tahun 1934.
Amongst Saha's classmates were Satyendra Nath Bose, Jnan Ghosh, and Jnanendra Nath Mukherjee.
Lalu, rekan-rekan kelas lainnya yang juga populer dalam ranahnya masing-masing adalah Satyendra Nath Bose, Jnan Ghosh dan JN Mukherjee.
The eponymous particles class described by Bose's statistics, bosons, were named by Paul Dirac.
Untuk mengingat jasanya, namanya dipakai untuk nama Boson yaitu partikel sub-atomik yang mengikuti karakteristik prinsip-prinsip statistik Bose-Einstein, yang dinamai oleh Paul Dirac.
As a result of this recognition, Bose was able to work for two years in European X-ray and crystallography laboratories, during which he worked with Louis de Broglie, Marie Curie, and Einstein.
Sebagai hasil dari pengakuan ini, Bose dapat bekerja selama dua tahun di laboratorium sinar-X dan kristalografi di Eropa, di mana ia bekerja dengan Louis de Broglie, Marie Curie, dan Einstein.
Bose's interpretation is now called Bose–Einstein statistics.
Hasilnya antara lain adalah statistik Bose–Einstein dan teori kondensat Bose-Einstein.
Bose (1924), "Plancks Gesetz und Lichtquantenhypothese", Zeitschrift für Physik (in German), 26 (1): 178–181, Bibcode:1924ZPhy...26..178B, doi:10.1007/BF01327326, S2CID 186235974.
Bose (1924), "Plancks Gesetz und Lichtquantenhypothese", Zeitschrift für Physik (dalam bahasa Jerman), 26 (1): 178–181, Bibcode:1924ZPhy...26..178B, doi:10.1007/BF01327326.
Works by or about Satyendra Nath Bose at the Internet Archive Satyendra Nath Bose at the Encyclopædia Britannica Pais, Abraham (1982), Subtle is the Lord...:
Karya oleh/tentang Satyendra Nath Bose di Internet Archive (pencarian dioptimalkan untuk situs non-Beta) Pais, Abraham (1982), Subtle is the Lord...:
The Quantum Indians: film on Bose, Raman and Saha on YouTube by Raja Choudhury and produced by PSBT and Indian Public Diplomacy.
The Quantum Indians: film on Bose, Raman and Saha di YouTube oleh Raja Choudhury dan diproduksi oleh PSBT dan Indian Public Diplomacy.
Brian David Josephson (born 4 January 1940) is a British theoretical physicist and emeritus professor at the University of Cambridge.
Brian David Josephson (lahir 4 Januari 1940) ialah fisikawan Inggris dan pemenang Hadiah Nobel.
In 1973, he became a professor at the Collège de France.
Pada 1973, ia diangkat sebagai guru besar di Collège de France.
His work eventually led to the Nobel Prize in physics in 1997 "for the development of methods to cool and trap atoms with laser light", shared with Steven Chu and William Daniel Phillips.
Ia adalah salah satu peneliti yang paling diakui dalam bidang optika kuantum, bagian terkenal dari karyanya ialah bagiannya dalam pengembangan teknik untuk mendinginkan dan menjaring atom dengan cahaya, sehingga ia dianugerahi Penghargaan Nobel dalam Fisika pada 1997, bersama dengan Steven Chu dan William Daniel Phillips.
During World War II Charpak served in the resistance and was imprisoned by Vichy authorities in 1943.
Selama PD II, Charpak bertugas dalam gerakan perlawanan dan ditahan oleh pemerintah Vichy Prancis pada tahun 1943.
In 1944 he was deported to the Nazi concentration camp at Dachau, where he remained until the camp was liberated in 1945.
Pada tahun 1944 ia dideportasi ke kamp konsentrasi Nazi Dachau, di mana ia tetap di sana sampai kamp konsentrasi itu dibebaskan pada tahun 1945.
He was elected to the French Academy of Sciences on 20 May 1985.
Ia diangkat sebagai anggota Akademi Ilmiah Prancis pada tahun 1985.
In 1922, Bohr was awarded the Nobel Prize in Physics "for his services in the investigation of the structure of atoms and of the radiation emanating from them".
Niels Bohr adalah seorang ahli fisika yang pernah meraih hadiah Nobel Fisika pada tahun 1922.
In 1930 Emden assisted in the founding of Zeitschrift fur Astrophysik and served as the editor for six years.
Emden menjabat sebagai editor Zeitschrift fur Astrophysik, yang didirikan pada tahun 1930.
The crater Emden on the Moon is named after him.
Kawah Emden di Bulan dinamai menurut namanya.
Robert Emden married Klara Schwarzschild, the sister of German physicist and astronomer Karl Schwarzschild and the aunt of the German-American astrophysicist Martin Schwarzschild.
Ia adalah paman dari astrofisikawan Jerman Amerika Martin Schwarzschild yang menikah dengan adik Karl Schwarzschild.
He has been a Professor of Theoretical Physics and the James J. Farley Professor of Natural Philosophy at Chapman University in California since 2008.
Ia menjadi Professor of Theoretical Physics dan James J. Farley Professor of Natural Philosophy di Chapman University, California sejak 2008.
He was a distinguished professor in the Perimeter Institute between 2009-2012 and is a professor emeritus at Tel Aviv University and at University of South Carolina.
Ia menjadi profesor di Perimeter Institute antara 2009-2012 dan menjadi profesor emeritus di Universitas Tel Aviv dan Universitas Carolina Selatan.
He is president of the IYAR, The Israeli Institute for Advanced Research.
Ia merupakan presiden IYAR, The Israeli Institute for Advanced Research.
He received media attention in 2005 when he proposed, in a letter to Physical Review Letters, what he claimed was a more "realistic" model for time travel.
Ia mendapat perhatian media pada tahun 2005 ketika ia mengusulkan, dalam sebuah surat kepada Physical Review Letters, apa yang ia klaim sebagai model perjalanan waktu yang lebih "realistis".
Wormhole Science News discusses Ori's wormhole theory Could Physicists Make A Time Machine?
Lubang cacing Science News discusses Ori's wormhole theory Could Physicists Make A Time Machine?
Dan Shechtman (Hebrew: דן שכטמן; born January 24, 1941) is the Philip Tobias Professor of Materials Science at the Technion – Israel Institute of Technology, an Associate of the US Department of Energy's Ames National Laboratory, and Professor of Materials Science at Iowa State University.
Dan Shechtman (Ibrani: דן שכטמן) (lahir 24 Januari 1941) adalah Philip Tobias Professor of Materials Science di Institut Teknologi Technion - Israel, Rekanan Ames Laboratory milik Departemen Energi AS, dan Profesor Ilmu Material di Iowa State University.
On April 8, 1982, while on sabbatical at the U.S. National Bureau of Standards in Washington, D.C., Shechtman discovered the icosahedral phase, which opened the new field of quasiperiodic crystals, also referred to as "quasicrystals."
Pada 8 April 1982, ketika sedang beristirahat di U.S. National Bureau of Standards di Washington, D.C., Shechtman menemukan fase ikosahedral, yang membuka bidang baru dalam kristal kuasiperiodik.
Shechtman is married to Prof. Tzipora Shechtman, Head of the Department of Counseling and Human Development at Haifa University, and author of two books on psychotherapy.
Ia menikah dengan Prof. Tzipora Shechtman, Kepala Departemen Konseling dan Pembangunan Manusia di Universitas Haifa, dan penulis dua buku mengenai psikoterapi.
They have a son Yoav Shechtman (a postdoctoral researcher in the lab of W. E. Moerner) and three daughters: Tamar Finkelstein (an organizational psychologist at the Israeli police leadership center), Ella Shechtman-Cory (a PhD in clinical psychology), and Ruth Dougoud-Nevo (also a PhD in clinical psychology).
Mereka dikaruniai seorang putra bernama Yoav Shechtman (mahasiswa PhD fisika) dan tiga putri: Tamar Finkelstein (psikolog organisasi di pusat kepemimpinan polisi Israel), Ella Shechtman-Cory (PhD dalam bidang psikologi klinis), dan Ruth Dougoud-Nevo (PhD dalam bidang psikologi klinis).
CS1 maint: others (link) J.P. Pier & J.A. Massard (eds) (1997):Gabriel Lippmann: Commémoration par la section des sciences naturelles, physiques et mathématiques de l'Institut grand-ducal de Luxembourg du 150e anniversaire du savant né au Luxembourg, lauréat du prix Nobel en 1908.
J.P. Pier & J.A. Massard (éds): Gabriel Lippmann: Commémoration par la section des sciences naturelles, physiques et mathématiques de l’Institut grand-ducal de Luxembourg du 150e anniversaire du savant né au Luxembourg, lauréat du prix Nobel en 1908.
Luxembourg, Section des sciences naturelles, physiques et mathématiques de l'Institut grand-ducal de Luxembourg en collaboration avec le Séminaire de mathématique et le Séminaire d'histoire des sciences et de la médecine du centre universitaire de Luxembourg, 139 p. Lebon, Ernest, "Savants du jour : biographie, bibliographie analytique des écrits", comprenant Portrait de Gabriel Lippmann. – 1911.
Luxembourg, Section des sciences naturelles, physiques et mathématiques de l’Institut grand-ducal de Luxembourg en collaboration avec le Séminaire de mathématique et le Séminaire d’histoire des sciences et de la médecine du centre universitaire de Luxembourg, 139 p.