periodic - Lorentz JÄNTSCHI

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Results** - different distinct factors!! Property Distinct* Grp. Zero Property Distinct* Grp. Zero DipoleT_0 376 352 Lumo-Homo_0 353 375 DipoleT_1 377 351 Lumo-Homo_1 331 397 DipoleT_2 377 351 Lumo-Homo_2 372 356 EnergyHF_0 131 510 87 MolVol_0 175 512 41 EnergyHF_1 139 507 82 MolVol_1 167 530 31 EnergyHF_2 346 382 MolVol_2 372 356 HOMO_0 337 389 2 Ovality_0 46 516 166 HOMO_1 320 408 Ovality_1 51 590 87 HOMO_2 367 361 Ovality_2 56 645 27 LUMO_0 318 410 Polariz_0 349 379 LUMO_1 300 428 Polariz_1 316 412 LUMO_2 367 361 Polariz_2 371 357 Lumo+Homo_0 355 373 SurfA_0 221 477 30 Lumo+Homo_1 324 404 SurfA_1 202 520 6 Lumo+Homo_2 356 370 2 SurfA_2 368 360 “_0”: Boron and Nitrogen as factors; Carbon as reference “_1”: Carbon and Boron as factors; Nitrogen as reference “_2”: Nitrogen and Carbon as factors; Boron as reference **from 378 observations & 729 full design records *’expected’ = 378
Representation levels Chlorophylls Porphine NH N N HN c1 c2 general structure a b d f Chlorophyll Ref. Molecular formula Present in ρe,HOMO·ΣH1,UMO & Spread [ 1 ] a [ 2 ] C55H72O5N4Mg Universal 1.84 **** b [ 3 ] C55H70O6N4Mg Many plants 1.54 *** d [ 4 ] C54H70O6N4Mg Cyanobacteria 1.38 ** c1 C35H30O5N4Mg Different algae 1.33 ** [ c2 5 ] C35H28O5N4Mg Different algae 1.38 ** f [ 6 ] C55H70O6N4Mg Cyanobacteria 1.21 * 1 <strong>Lorentz</strong> <strong>JÄNTSCHI</strong>, Sorana D. BOLBOACĂ, Mugur C. BĂLAN, Radu E. SESTRAŞ, 2011. Chlorophylls - natural solar cells. BUASVM. Agriculture, 68(1):181-187. 2 James B. CONANT, Emma M. DIETZ, Carroll F. BAILEY, S. E. Kamerling, 1931. Studies in the chlorophyll series. V. The structure of chlorophyll a. Journal of the American Chemical Society 53(6):2382-2393. 3 James B. CONANT, Emma M. DIETZ, Tyrrell H. WERNER, 1931. Studies in the chlorophyll series. VIII. The structure of chlorophyll b. Journal of the American Chemical Society 53(12):4436-4448. 4 Hideaki MIYASHITA, Hisato IKEMOTO, Norihide KURANO, Kyoko ADACHI, Mitsuo CHIHARA, Shigeto MIYACHI, 1996. Chlorophyll d as a major pigment. Nature 383(6599):402. 5 Harold H. STRAIN, Benjamin T. COPE, Geraldine N. McDONALD, Walter A. SVEC, Joseph J. KATZ, 1971. Chlorophylls c1 and c2. Phytochemistry 10(5):1109-1114. 6 Min CHEN, Martin SCHLIEP, Robert D. WILLOWS, ZhengLi CAI, Brett A. NEILAN, Hugo SCHEER, 2010. A redshifted chlorophyll. Science 329(5997):1318-1319. Spread of chlorophylls
Page 1 and 2: Elements & chemical combinations Pe
Page 3 and 4: • • • At the basis of the cla
Page 5 and 6: • • The periodic "law" of chemi
Page 7 and 8: Pauling 1 H 2.1 2 Li 1.0 3 Na 0.9 4
Page 9 and 10: Sanderson Electronegativity Scale 1
Page 11 and 12: Diudea-Silaghi group electronegativ
Page 13 and 14: • • • • Periodical tendenci
Page 15 and 16: Structure of the observational spac
Page 17 and 18: Measurement scales Scale Type Opera
Page 19 and 20: Factors set nL "*" C^nL_"*" 3-1^"*"
Page 21: Factor analysis original software
Page 25 and 26: Molecular topology - graph polynomi
Page 27 and 28: • • • Molecular geometry - th
Page 29 and 30: • Atomic structure "How many quan
Page 31 and 32: • Atomic properties Valence is an
Page 34 and 35: • Molecular orbital levels Based

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