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Verfasst am 27.06.2007 12:46:32 Uhr
Textrekonstruktion einer google-Fundstelle
Ob mir die komplette Rekonstruktion des Textes gelingt, ist noch fraglich. Es ist aber prinzipiell nichts anderes als das Lösen einer Puzzle-Aufgabe.
Angeregt hat mich dieses Puzzle, weil google mir zum Suchbegriff "internal absorbance coefficient" ja eine Springerlink»-Fundstelle angegeben, auf der aber diese Worte nicht mehr vorhanden waren. Auch auf einer anderen französischsprachigen Webseite wird dieser Suchbegriff nicht zitiert. Möglich ist, dass google, ähnlich wie in einem meiner falsch betitelten früheren Weblog-Beiträge aus dem Jahre 2004, seine Referenzinhalte nur sehr zögerlich (vielleicht einmal pro Jahr) aktualisiert?
Nach den ersten Puzzle-Versuchen steht fest, dass mein Suchbegriff noch öfters als zweimal im Text vorkommt, z.B. ist er silbenmäßig zerrissen. Hier und heute habe ich gelernt, dass
- google nicht nur den Text in Textschnipsel zerlegt, nein,
- google kürzt auch diverse Textauslassungen mit ... ab und
- google kann Teilpassagen zu einer Textfundstelle zusammenfassen
- google gibt einen möglichen Zeilenumbruch mit einem Punkt ., z.B.: "Fund-. stelle" an.
Ein Großteil der Rekonstruktion des Textes aus diesen google-Schnipseln kann nur offline mit einem Datenbank-Programm erfolgen, indem diese Schnipsel zerlegt, durchnummeriert, neu sortiert, Duplikate zusammengefasst oder ergänzt und die Rekonstrukte nach inhaltlichen Plausibilitäten überprüft werden.
| Verweis | Suchbegriffe |
|---|---|
| 01 | "integral absorbance coefficient" |
| 02 | "block state" "Spectroscopic investigation" |
| 03 | 2 integral absorbance coefficient |
| 04 | "Temperature dependences" "absorbance coefficient" |
| 05 | "Nylon 6 (the 930" |
| 06 | "slope of the A(T) dependence" |
| 07 | "changes. For comparison, the temperature" |
| 08 | "shown in Fig. 2. It can" U7X27370R77Q121R |
| 09 | ", have similar" U7X27370R77Q121R" |
| 10 | springerlink "block state" "temperatures" |
| 11 | "block state" "same temperatures" different |
| 12 | "tion amplitude of such" |
| 13 | block "the intensity, frequency and" |
| 14 | springerlink "of regular bands in IR" |
| 15 | "block state" springerlink keywords |
| 16 | "block state" keywords "Raman spectroscopy, ther-" |
| 17 | "block state" Introduction |
| 18 | thermophysical U7X27370R77Q121R |
| 19 | properties U7X27370R77Q121R |
| 20 | "thermophysical properties of" U7X27370R77Q121R |
| 21 | thermal U7X27370R77Q121R |
| 22 | macromolecules U7X27370R77Q121R |
| 23 | concentration U7X27370R77Q121R |
| 24 | "integral absorb" U7X27370R77Q121R |
| 25 | "kch" U7X27370R77Q121R |
| 26 | "helices" U7X27370R77Q121R |
| 27 | "v/cm" U7X27370R77Q121R |
| 28 | hence U7X27370R77Q121R |
| 29 | relative U7X27370R77Q121R |
| 30 | ices U7X27370R77Q121R |
| 31 | "in the" U7X27370R77Q121R |
| 32 | U7X27370R77Q121R regularity |
| 33 | U7X27370R77Q121R isotactic |
| 34 | U7X27370R77Q121R PP |
| 35 | U7X27370R77Q121R 60% |
| 36 | U7X27370R77Q121R "lower than" |
| 37 | U7X27370R77Q121R "[1" |
| 38 | U7X27370R77Q121R "[2" |
| 39 | U7X27370R77Q121R "[3" |
| 40 | U7X27370R77Q121R "[5" |
| 41 | U7X27370R77Q121R "fig. 1" |
| 42 | U7X27370R77Q121R "fig. 3" |
| 43 | U7X27370R77Q121R "fig. 4" |
| 44 | U7X27370R77Q121R "fig. 6" |
| 45 | U7X27370R77Q121R "fig. 7" |
| 46 | U7X27370R77Q121R "fig. 9" |
| 47 | U7X27370R77Q121R "figure 8" |
| 48 | U7X27370R77Q121R "fig. 10" |
| 49 | U7X27370R77Q121R "figure 6" |
| 50 | U7X27370R77Q121R "figure 7" |
| 51 | U7X27370R77Q121R "figure 9" |
| 52 | U7X27370R77Q121R "inte" |
| 53 | U7X27370R77Q121R 22 |
| 54 | U7X27370R77Q121R Eq. 17 |
| 55 | U7X27370R77Q121R 16 |
| 56 | U7X27370R77Q121R 11 |
| 57 | U7X27370R77Q121R 7 |
| 58 | U7X27370R77Q121R 14 15 16 |
| 59 | ## |
Im Folgenden ist die "á la google"-Muster-Fundstelle 01 vorangestellt. Bei allen weiteren Verweisen sind nur die Texte zum pinkfarben-hinterlegten Bereich zitiert:
| Verweis | Suchergebnisse |
|---|---|
| zu 01 | [PDF]Thermophysical properties of macromolecules in the block state
Dateiformat: PDF/Adobe Acrobat Temperature dependences of the integral absorbance coefficient, A, for ... 2 Integral absorbance coefficient of (1) the 930 em -1 band, (2) and (3) the ... www.springerlink.com/index/U7X27370R77Q121R.pdf - Ähnliche Seiten |
| zu 02 | IN THE BLOCK STATE. Spectroscopic investigation. V. I. Vettegren, L. S. Titenkov* and S. V. Bronnikov**. A. E IOFFE PHYSICAL-TECHNICAL INSTITUTE, ... |
| zu 03 | 2 Integral absorbance coefficient of (1) the 930 em -1 band, (2) and (3) the second. moment of NMR spectrum of Nylon 6 vs. temperature: (2) narrow and (3) ... |
| zu 04 | Temperature dependences of the integral absorbance coefficient, A, for. Nylon 6 (the 930 cm - band) are demonstrated in Fig. 2. The coefficient, A, de- ... |
| zu 05 | Nylon 6 (the 930 cm - band) are demonstrated in Fig. 2. The coefficient, A, de-. creases with increasing temperature, and the slope of the A(T) dependence ... |
| zu 06 | creases with increasing temperature, and the slope of the A(T) dependence at spe-. cific temperatures Tt and Tb changes. For comparison, the temperature ... |
| zu 07 | cific temperatures Tt and Tb changes. For comparison, the temperature. dependence of the NMR second moment, < AB 2 (T) >, is shown in Fig. 2. It can ... |
| zu 08 | dependence of the NMR second moment, < AB 2 (T) >, is shown in Fig. 2. It can. be seen that both dependences, A(T) and < AB 2 (T) >, have similar ... |
| zu 09 | be seen that both dependences, A(T) and < AB 2 (T) >, have similar peculiarities at. approximately the same temperatures. ... |
| zu 10 | IN THE BLOCK STATE. Spectroscopic investigation. V. I. Vettegren, L. S. Titenkov* and S. V. ... tion amplitude of such helices at different temperatures. ... |
| zu 11 | IN THE BLOCK STATE. Spectroscopic investigation ... tion amplitude of such helices at different temperatures. ... approximately the same temperatures. ... |
| zu 12 | tion amplitude of such helices at different temperatures. These parameters were determined. from temperature dependences of the intensity, frequency and ... |
| zu 13 | IN THE BLOCK STATE. Spectroscopic investigation ... from temperature dependences of the intensity, frequency and halfwidth of regular bands in IR ... |
| zu 14 | from temperature dependences of the intensity, frequency and halfwidth of regular bands in IR. and Raman spectra of polymers. Keywords: ... |
| zu 15 | IN THE BLOCK STATE. Spectroscopic investigation ... Keywords:. IR spectroscopy, macromolecules of linear polymers, Raman spectroscopy, ther- ... |
| zu 16 | Keywords:. IR spectroscopy, macromolecules of linear polymers, Raman spectroscopy, ther-. mal expansion coefficient, vibration amplitude. Introduction ... |
| zu 17 | IN THE BLOCK STATE. Spectroscopic investigation ... Introduction. It is well known that the macromolecules of linear polymers consist of regular ... |
| zu 18 | THERMOPHYSICAL PROPERTIES. 1033. 930 cm - with increasing temperature .... THERMOPHYSICAL PROPERTIES. where V is the volume of the crystallographic unit. ... |
| zu 19 | recent years, investigation of thermal properties, such as the thermal expansion ... THERMOPHYSICAL PROPERTIES. 1033. 930 cm - with increasing temperature ... |
| zu 20 | Journal ofThermal Analysis, Vol. 38 (1992) 1031-1045. THERMOPHYSICAL. PROPERTIES OF. MACROMOLECULES. IN THE BLOCK STATE. Spectroscopic investigation ... |
| zu 21 | ents the results of investigation of the concentration, thermal ... recent years, investigation of thermal properties, such as the thermal expansion ... |
| zu 22 | The macromolecules of linear polymers usually consist of regular helices. The paper pres-. ents the results of investigation of the concentration, ... |
| zu 23 | ents the results of investigation of the concentration, ... ance coefficient, A, is proportional to the helix concentration, CH in a sample: ... |
| zu 24 | The integral absorb-. ance coefficient, A, is proportional to the helix concentration, CH in a sample:. A =kCH. where k is the absorbance coefficient for a ... |
| zu 25 | A =kCH. where k is the absorbance coefficient for a sample that completely con-. sists of helices. 2 .i. r-. i_. r'q. r". r. I. I. 950. 900. 150. v/cm -1 ... |
| zu 26 | The macromolecules of linear polymers usually consist of regular helices. The paper pres- ... tion amplitude of such helices at different temperatures. ... |
| zu 27 | v/cm -1. Fig. 1 930 em -] band in the IR spectrum of Nylon 6 at temperatures: (1) 100, (2) 300, (3) 430. and (4) 480 K. Hence, it is possible to determine a ... |
| zu 28 | Hence, it is possible to determine a relative concentration, .... Hence, for these regular bands, the thermal expansion of helix axis provides ... |
| zu 29 | Hence, it is possible to determine a relative concentration,. CH,. for regular hel- .... lated as the relative increase of this diagonal. ... |
| zu 30 | ices, Nm, in a sample if the parameter A is known. The regular band broadening. with increasing temperature is known to be caused by the phonons decay [4]. ... |
| zu 31 | Investigation were carried out in the temperature range form =100 K to above ... fore the disturbance of helices occurs in the zones with the lowest weak ... |
| zu 32 | Similar results are obtained for regularity bands of PET and isotactic PP: A(T) ... temperature increase causes disturbance in chain regularity. ... |
| zu 33 | Similar results are obtained for regularity bands of PET and isotactic PP: A(T) ... Nylon 6 and 50% for isotactic PP. It was found that for Nylon 6 and PP ... |
| zu 34 | Nylon 6 and 50% for isotactic PP. It was found that for Nylon 6 and PP the con-. centration of the helices in amorphous zones at 100 K varied from 60% to ... |
| zu 35 | centration of the helices in amorphous zones at 100 K varied from 60% to 90%. At room temperature the helix concentration is 1.5 to 2.0 times lower than at ... |
| zu 36 | At room temperature the helix concentration is 1.5 to 2.0 times lower than at. 100 K [10]. These results demonstrate that the molecular regularity in ... |
| zu 37 | both polymer fracture and deformation over wide temperature ranges [1-3]. ... 1. Temperature dependences of the integral absorbance coefficient, A, for ... |
| zu 38 | Significant changes in < AB 2 > are due to the 'freezing out' of a new ... Eq. (2). Then the Avi values were determined and compared with the measured ... |
| zu 39 | both polymer fracture and deformation over wide temperature ranges [1-3]. .... and then e and 13 were calculated with the aid of Eqs (3) and (4). ... |
| zu 40 | the helix Nm [5]. Hence it is possible to investigate the axial thermal ..... Figure 5 demonstrates the dependences of some regularity bands halfwidths ... |
| zu 41 | Fig. 1 930 em -] band in the IR spectrum of Nylon 6 at temperatures: (1) ... 930 cm - with increasing temperature are demonstrated for Nylon 6 in Fig. 1. It ... |
| zu 42 | The vi (T) dependences (Fig. 3) permit us to calculate the contributions of. twisting and bending vibrations to co. Let us extrapolate the linear parts of ... |
| zu 43 | Fig. 4 Thermal expansion coefficient of the PE helix axis. vs. temperature. The free energy of solids, F, is related to the deformation tensor etk, by the ... |
| zu 44 | dinate (Fig. 6). The interval cut off by the line is assumed to be the approximate. Fa(0) value, i.e., the broadening caused by the optical phonon decay at ... |
| zu 45 | Fig. 7 Plot used for Vac determination: (1) the 976 cm -I band for PET and (2) the 930 cm -1. band for Nylon 6. J. Thermal Anal., 38,1992 ... |
| zu 46 | Fig. 9 Maximum position of the 1130 cm -1 band for PE with crystallite size of (1) 10 and (2). 100 nm. vs. temperature ... |
| zu 47 | Figure 8 shows the temperature dependences of the 1130 cm -1 regularity band. halfwidth in Raman spectra for crystallite sizes of 10 and 100 nm. One can see ... |
| zu 48 | Fig. 10 Helix axis expansion of PE molecule. vs. 1/L=. Ib-. To interpret these results, the mean-square ... Eq. (23) is confirmed experimentally (Fig. 10). ... |
| zu 49 | Figure 6 shows that at T > Tt the halfwidth actually increases linearly with. temperature. Let us extrapolate the linear parts of the F(T) dependence to the ... |
| zu 50 | Figure 7 shows that at T < Tb the experimental data are actually described by. Eq. (19). The Var values may be determined from the slopes of straight lines. ... |
| zu 51 | Figure 9 demonstrates the temperature dependences of the maximum position. of 1130 cm -1 band in the Raman spectrum of PE samples. ... |
| zu 52 | If one divides and multiplies the right side of the above equation by the inte-. gral concentration of helices both in amorphous and crystalline regions, ... |
| zu 53 | Let us use Eq. (22) applying the following pa- ... Soed., (A), 22 (1980)2101. 11 M. A. Ivanov, M. N. Krivoglaz, D. N. Mirlin and I. I. Reshina, Phyz. Tverd. ... |
| zu 54 | (17). where v,r is the average frequency of acoustic phonons which interact with opti-. cal phonons. At T___ (0/3) Eq. (17) may be replaced by the ... |
| zu 55 | (16). Figure 5 demonstrates the dependences of some regularity bands halfwidths .... 16 L M. Lifshits, J. Exp. a Theor. Phys., 22 (1952) 475. ... |
| zu 56 | perature all helices within amorphous regions are destroyed (11 ... for amorphous regions, 11, on the basis of the temperature dependence of the inte- ... |
| zu 57 | This character of the e(T) and 13(7") dependences is typical for all ... Differentiation of Eq. (7) by temperature gives the equation for the thermal ... |
| zu 58 | (15) is substituted in Eq. (14), one obtains. l< Aa 2 >. F. =- F. (0). l. + 1 J. (16). Figure 5 demonstrates the dependences of some regularity bands ... |
| zu 59 |
|
Anm.: Damit man die "& l t ;"-Zeichen, die vom freenet-Weblog-php-Programm als kleiner-Zeichen publiziert werden, wiederfindet, können sie hier im Fundtext durch < ersetzt worden sein. Gegebenenfalls wird die Tabelle in zwei kleine Tabellen zerlegt und die Fortsetzung an anderer Stelle publiziert.
Manöverwarnung: Es ist schier unmöglich, Wasser und Feuer zusammen in Harmonie zu bringen. Sogar der Versuch unter der Bezeichnung "Feuerwasser" sich diesen Zustand herbeizuphantasieren scheitert an der menschlichen Beschränktheit. Und genauso ist es mit der Verwendung von Div-, P-, Span- und Table-Tags im freenet-Weblog. Während in edit_entry.php die Schriftgrößen zwischen Tabellenelementen und Div-Bereichen stilistisch einheitlich darstellbar sind, sind sie auf der publizierten Weblogseite unterschiedlich von der Schriftgröße und umgekehrt. Zusätzlich wird das Problem noch erschwert durch unterschiedliche Darstellung durch die µsoft-Browser I.E. und netscape-Browser Mozilla-Firefox und Co. Da kann man unendlich viele Stunden sinnlos verbraten. Finger weg von diesen Elementen im freenet-Weblog! Aber mir ist ja nicht zu helfen... (dp)(+13h)
ANMERKUNG:
html-invalide ist folgende Konstruktion (validome.org sei Dank!): <font ...> <p ...> ... </p> </font>, also: ein P-Tag(Block-Element) innerhalb eines Inline-Elementes (FONT-Tag) ist nicht erlaubt. Problemlösung: erlaubt ist ein Font-Tag (inline-Element) innerhalb eines Block-Elementes (P-Tag). Ob dieser Fehler aus meiner Ideen-Kiste stammt oder automatisch (z.B. von einem HTML-Editor) erzeugt wurde, ist nach zwei Jahren unklar.
Es gibt HTML-Sprachstandards, deren Ausführung bisher von allen Browsern ignoriert werden. Dagegen funktioniert beim I.E. und F.F. das NOBR-Tag zwecks Verhinderung eines Zeilenumbruchs, gehört jedoch nicht zum offiziellen HTML-Sprachstandard. Als Ersatz wird die CSS-Eigenschaft "white-space:nowrap;" empfohlen.
archiviert (tbid1439.272): (dp) 30.05.2009 (+1,5h (+flagcounter +home.icon +w3c_LiCh +html-korr.))