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- Lobachevski Illuminated: Content, Methods, and Context of the Theory of Parallels
- Matters of Light. Ways of Knowing in Enlightened Optics
- Lambert's Influence on Kant's Theoretical Philosophy La
- On the History of Number Line
- Stefanie Ursula Eminger Phd Thesis
- A Selection of Some Recent Arrivals May 2019
- Background for Stories Concerning Energy
- Measurement Science for Engineers
- Kleinschmidt Global History
- Lambert Was Born in Mulhouse on the 26Th of August, 1728, and Died in , With
- Appendix One
- On the Occasion of 85Th Birthday of Prof. Sadık Kakaç
- The Pressure-Height Problem from Pascal To
- Chapter 2: Electromagnetic Radiation: the Quantum Description
- Johann Heinrich Lambert
- On the Advancements of Conformal Transformations and Their Associated Symmetries in Geometry and Theoretical Physics1
- How Vegetation Influences Snowmelt
- The Early Drama of the Hyperbolic Functions
- Readingsample
- Math 300 Third Hour Exam Name
- The German Mathematical Impact: Leibniz, Gauss, and Beyond
- Hyperbolic Geometry in the Work of Johann Heinrich Lambert
- 86Rn → 84Po + 2He 90Th → 91Pa + -1E + Anti-Υ
- JOHANN HEINRICH LAMBERT (August 26, 1728 – September 25, 1777) by HEINZ KLAUS STRICK, Germany
- Johann Heinrich Lambert: an Admirable Applied Statistician
- Milestones in the History of Thematic Cartography, Statistical Graphics, and Data Visualization∗
- The Evolution of Radiative Transfer Theory
- Johann Heinrich Latibert, Mathematician And
- Chicago D and Carnegie Mellon Michigan MLK Tournament 2004
- Special Issue Papers and Summaries of KOTA'91
- THERMAL CONDUCTIVITY THROUGH the NINETEENTH CENTURY T. N. Narasimhan1 May 11, 2010 As a Material Property and As a Metaphor