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5	<meta name="Author" content="Alexey Chursin">
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7	<title>The Kurchatov institute aerosol data</title>
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16
17	<center><table BORDER=8 CELLSPACING=0 CELLPADDING=0 WIDTH="640" BGCOLOR="#FFFF00" >
18	<tr>
19	<td><font color="#FF0000">The aerosol data base from LITMS:
20	Indices of
21	refraction,
22	integrated optical properties  of aerosol particles and
23	the associated software package</font></td>
24	</tr>
25	</table></center>
26
27	<center>
28	<p><b>Database Files Description</b></center>
29
30	<p><br>
31	<center><table COLS=1 WIDTH="640" >
32	<tr>
33	<td><font color="#000000">Aerosol optical data from LITMS (<i>Laboratory
34	for Information Technologies and Mathematical Simulation</i> of the Institute
35	of Molecular Physics at the Russian Research Center "Kurchatov Institute"),
36	such as: integrated optical properties (e.g.extinction coefficient, asymmetry
37	factor, etc...) as well as refractive indices of the basic aerosol constituents
38	(e.g. Dust-Like, Water-Soluble, Soot, Volcanic Ash, etc...), have been
39	archived in the GEISA aerosols databank.</font>
40	<br><font color="#000000">    Detailed description of these
41	data, summarized in Tables 1-3, are given in a paper by <a href="alexei_rublev_gs03.html">Rublev,1994</a>.</font></td>
42	</tr>
43	</table></center>
44
45	<p><font color="#000000"> </font>
46	<br>
47	<center><table BORDER COLS=1 WIDTH="640" BGCOLOR="#666666" >
48	<tr>
49	<td><b><i><font color="#000000">To download the text of the extended abstract
50	of Rublev's paper (Word 6.0 for Windows format file) <a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/doc/rublev.doc">click
51	here</a> with the right button of the mouse and select "Save link as" item
52	of the pop-up menu.</font></i></b></td>
53	</tr>
54	</table></center>
55
56	<br>
57	<center><table BORDER COLS=2 WIDTH="640" >
58	<caption>
59	<center><a NAME="inref"></a><b><font color="#FF0000">Table 1. Complex indices
60	of refraction  m=p-iq of basic aerosol components</font></b></center>
61	<b><font color="#000000"><font size=-1>( H<sub>2</sub>O complex indices
62	of refraction from Zolatarev et al., 1984; other complex indices of refraction
63	are from WMO, 1986)</font></font></b></caption>
64
65	<tr>
66	<td ALIGN=CENTER VALIGN=CENTER>
67	<center><b>Basic aerosol constituent</b></center>
68	</td>
69
70	<td ALIGN=CENTER VALIGN=CENTER>
71	<center><b>File<sup>(*)</sup></b></center>
72	</td>
73	</tr>
74
75	<tr>
76	<td>Water (liquid)</td>
77
78	<td>
79	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/h2o.ref">h2o.ref</a></center>
80	</td>
81	</tr>
82
83	<tr>
84	<td>Dust</td>
85
86	<td>
87	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/dust_l.ref">dust_l.ref</a></center>
88	</td>
89	</tr>
90
91	<tr>
92	<td>75 % H<sub>2</sub>SO<sub>4</sub></td>
93
94	<td>
95	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/h2so4.ref">h2so4.ref</a></center>
96	</td>
97	</tr>
98
99	<tr>
100	<td>Sea salt</td>
101
102	<td>
103	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/ocean.ref">ocean.ref</a></center>
104	</td>
105	</tr>
106
107	<tr>
108	<td>Soot</td>
109
110	<td>
111	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/soot.ref">soot.ref</a></center>
112	</td>
113	</tr>
114
115	<tr>
116	<td>Volcanic ash</td>
117
118	<td>
119	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/volc_ash.ref">volc_ash.ref</a></center>
120	</td>
121	</tr>
122
123	<tr>
124	<td>Water-soluble particles</td>
125
126	<td>
127	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/w_s.ref">w_s.ref</a></center>
128	</td>
129	</tr>
130	</table></center>
131
132	<center><sup>(*) </sup>See headers of data files for format and content
133	description</center>
134
135	<p><br>
136	<center><table BORDER COLS=5 WIDTH="640" >
137	<caption><a NAME="inopt"></a><b><font color="#FF0000">Table 2. Integrated
138	optical properties</font><sup><font color="#000000">(*)</font></sup><font color="#FF0000">
139	(<i>extinction coefficient, single scattering albedo, asymmetry factor</i>)
140	of principal aerosol models (WMO, 1986, computed by </font></b><font color="#FF0000"><a href="alexei_rublev_gs03.html">Rublev,1994</a>)</font>
141	<br> </caption>
142
143	<tr>
144	<td ALIGN=LEFT VALIGN=TOP><b>Aerosol model</b></td>
145
146	<td ALIGN=LEFT VALIGN=TOP><b>Basic aerosol constituent</b></td>
147
148	<td ALIGN=LEFT VALIGN=TOP><b>Volume relative concentration (%)</b></td>
149
150	<td ALIGN=LEFT VALIGN=TOP><b>Particle number relative concentration</b><sup>(**)</sup></td>
151
152	<td ALIGN=LEFT VALIGN=TOP>
153	<center><b>File</b></center>
154	</td>
155	</tr>
156
157	<tr>
158	<td>
159	<center>Continental</center>
160	</td>
161
162	<td>
163	<center>Dust-Like
164	<br>Water-Soluble
165	<br>Soot</center>
166	</td>
167
168	<td ALIGN=CENTER VALIGN=TOP>
169	<center>70
170	<br>29
171	<br>1</center>
172	</td>
173
174	<td ALIGN=CENTER VALIGN=TOP>
175	<center>2.26278 10<sup>-6</sup>
176	<br>9.37437 10<sup>-1</sup>
177	<br>6.25607 10<sup>-2</sup></center>
178	</td>
179
180	<td>
181	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/s_cont.dat">s_cont.dat</a></center>
182	</td>
183	</tr>
184
185	<tr>
186	<td>
187	<center>Urban</center>
188	</td>
189
190	<td>
191	<center>Water-Soluble
192	<br>Soot
193	<br>Dust-Like</center>
194	</td>
195
196	<td ALIGN=CENTER VALIGN=TOP>
197	<center>61
198	<br>22
199	<br>17</center>
200	</td>
201
202	<td ALIGN=CENTER VALIGN=TOP>
203	<center>5.88931 10<sup>-1</sup>
204	<br>4.11069 10<sup>-1</sup>
205	<br>1.64128 10<sup>-7</sup></center>
206	</td>
207
208	<td>
209	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/s_urb.dat">s_urb.dat</a></center>
210	</td>
211	</tr>
212
213	<tr>
214	<td>
215	<center>Maritime</center>
216	</td>
217
218	<td>
219	<center>Ocean
220	<br>Water-Soluble</center>
221	</td>
222
223	<td ALIGN=CENTER VALIGN=TOP>
224	<center>95
225	<br>5</center>
226	</td>
227
228	<td ALIGN=CENTER VALIGN=TOP>
229	<center>4.29942 10<sup>-4</sup>
230	<br>9.99573 10<sup>-1</sup></center>
231	</td>
232
233	<td ALIGN=CENTER VALIGN=CENTER>
234	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/s_mar.dat">s_mar.dat</a></center>
235	</td>
236	</tr>
237
238	<tr>
239	<td>
240	<center>Stratospheric</center>
241	</td>
242
243	<td>
244	<center>75%  H<sub>2</sub>SO<sub>4</sub></center>
245	</td>
246
247	<td>
248	<center>100</center>
249	</td>
250
251	<td>
252	<center>1.0</center>
253	</td>
254
255	<td>
256	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/s_h2so4.dat">s_h2so4.dat</a></center>
257	</td>
258	</tr>
259
260	<tr>
261	<td>
262	<center>Volcanic</center>
263	</td>
264
265	<td>
266	<center>Volcanic Ash</center>
267	</td>
268
269	<td>
270	<center>100</center>
271	</td>
272
273	<td>
274	<center>1.0</center>
275	</td>
276
277	<td>
278	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/s_volc.dat">s_volc.dat</a></center>
279	</td>
280	</tr>
281
282	<tr>
283	<td>
284	<center>Cloudy </center>
285	</td>
286
287	<td>
288	<center>Water</center>
289	</td>
290
291	<td>
292	<center>100</center>
293	</td>
294
295	<td>
296	<center>1.0</center>
297	</td>
298
299	<td>
300	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/s_cloud.dat">s_cloud.dat</a></center>
301	</td>
302	</tr>
303	</table></center>
304
305	<center><table COLS=1 WIDTH="640" >
306	<tr>
307	<td><sup>(*) </sup>See headers of data files for format and content description
308	<br><sup>(**) </sup>For each aerosol model, the total sum of basic aerosol
309	constituent concentrations has to be equal to 1 (dimensionless)</td>
310	</tr>
311	</table></center>
312
313	<br>
314	<br>
315	<center><table BORDER COLS=2 WIDTH="640" >
316	<caption><b><font color="#FF0000">Table 3. Integrated optical properties
317	(<i>extinction coefficient, single scattering albedo, asymmetry factor</i>)
318	computed for  basic aerosol constituent by</font></b><font color="#FF0000"><a href="alexei_rublev_gs03.html">Rublev,1994</a></font></caption>
319
320	<tr>
321	<td>
322	<center><b>Basic aerosol constituent</b></center>
323	</td>
324
325	<td>
326	<center><b>File<sup>(*)</sup></b></center>
327	</td>
328	</tr>
329
330	<tr>
331	<td>
332	<center>Dust-like particles</center>
333	</td>
334
335	<td>
336	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/s_dust.dat">s_dust.dat</a></center>
337	</td>
338	</tr>
339
340	<tr>
341	<td>
342	<center>water-soluble particles</center>
343	</td>
344
345	<td>
346	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/s_w_s.dat">s_w_s.dat</a></center>
347	</td>
348	</tr>
349
350	<tr>
351	<td>
352	<center>Soot</center>
353	</td>
354
355	<td>
356	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/s_soot.dat">s_soot.dat</a></center>
357	</td>
358	</tr>
359
360	<tr>
361	<td>
362	<center>Oceanic</center>
363	</td>
364
365	<td>
366	<center><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/s_oc.dat">s_oc.dat</a></center>
367	</td>
368	</tr>
369	</table></center>
370
371	<center><sup>(*) </sup>See headers of data files for format and content
372	description</center>
373
374	<br><b><font color="#FF0000"></font></b>
375	<center><table COLS=1 WIDTH="640" >
376	<tr>
377	<td>
378	<center>
379	<br><a NAME="fortran"></a><b><font color="#FF0000">Computation of the integrated
380	optical properties of atmospheric aerosols from Table 3:  the AERCOMP
381	FORTRAN code</font></b></center>
382
383	<p><font color="#000000">The FORTRAN code AERCOMP (UNIX version) has been
384	developed at LITMS  by  <a href="alexei_rublev_gs03.html">Rublev,
385	1994</a>. It allows calculations of the above basic aerosol integrated
386	optical properties (see Table 3) for more complex, composite aerosol models
387	with user's selected concentrations of constituents, in the same <a href="alexei_rubl_form_gs03.html">format</a>
388	as the *.dat files of Tables 2,3.</font>
389	<p><font color="#000000">To download and install this software:</font>
390	<ul>
391	<li>
392	<font color="#000000"><a href="http://ara.lmd.polytechnique.fr/ftpgeisa?geisa/iasi/aerosol/prog/rublev.tar">click
393	here</a></font></li>
394
395	<li>
396	<font color="#000000">save <b>rublev.tar</b> file into a directory on the
397	hard disk</font></li>
398
399	<li>
400	<font color="#000000">restore the compressed files with the command <i><font size=+1>tar
401	xvf rublev.tar</font></i></font></li>
402
403	<li>
404	<font color="#000000">compile <b><a href="alexei_aercomp_gs03.html">aercomp.f</a></b>
405	file with a FORTRAN compiler (e.g. <i><font size=+1>f77 aercomp.f -o aercomp</font></i>)
406	<b>aercomp</b> is the executable in this example</font></li>
407	</ul>
408	<font color="#FF0000"><b>Description and use of the AERCOMP program</b>.</font>
409	<p>The aerocomp.f program uses the following files:
410	<ul>
411	<li>
412	<b>i_*.dat</b> binary files (Float, 4 bytes) with the optical properties
413	of the 7 basic aerosol constituents listed in Table 2 (column 2) and with
414	values of the phase function at 204 angles (in degres) from the <b><a href="alexei_ug204_gs03.html">ug_204.dat</a></b>
415	file. Table 4 summarizes the involved constituents (column 1) and the corresponding
416	i_*.dat files (column 2).</li>
417	</ul>
418	</td>
419	</tr>
420	</table></center>
421	<b><font color="#FF0000"></font></b>
422	<br><b><font color="#FF0000"></font></b>
423	<br>
424	<br>
425	<center><table BORDER COLS=2 WIDTH="640" >
426	<caption><b><font color="#FF0000">Table 4. Basic aerosol constituents and
427	related i_*.dat binary files used by the AEROCOMP code.</font></b></caption>
428
429	<tr>
430	<td>
431	<center><b>Basic aerosol constituent</b></center>
432	</td>
433
434	<td>
435	<center><b>i_*.dat file</b></center>
436	</td>
437	</tr>
438
439	<tr>
440	<td>
441	<center>Dust-like</center>
442	</td>
443
444	<td>
445	<center>i_dust.dat</center>
446	</td>
447	</tr>
448
449	<tr>
450	<td>
451	<center>Water-soluble</center>
452	</td>
453
454	<td>
455	<center>i_w_s.dat</center>
456	</td>
457	</tr>
458
459	<tr>
460	<td>
461	<center>Soot</center>
462	</td>
463
464	<td>
465	<center>i_soot.dat</center>
466	</td>
467	</tr>
468
469	<tr>
470	<td>
471	<center>Ocean</center>
472	</td>
473
474	<td>
475	<center>i_oc.dat</center>
476	</td>
477	</tr>
478
479	<tr>
480	<td>
481	<center>75% H<sub>2</sub>SO<sub>4</sub></center>
482	</td>
483
484	<td>
485	<center>i_h2so4.dat</center>
486	</td>
487	</tr>
488
489	<tr>
490	<td>
491	<center>Volcanic Ash</center>
492	</td>
493
494	<td>
495	<center>i_volc.dat</center>
496	</td>
497	</tr>
498
499	<tr>
500	<td>
501	<center>Water (cloud)</center>
502	</td>
503
504	<td>
505	<center>i_cloud.dat</center>
506	</td>
507	</tr>
508	</table></center>
509
510	<br><b><font color="#000000"></font></b>
511	<center><table COLS=1 WIDTH="640" >
512	<tr>
513	<td><b><font color="#000000">Format of i_*.dat binary files:</font></b>
514	<p><font color="#000000">The<b> i_*.dat</b> binary files delivered with
515	the AEROCOMP software are 2D arrays (61columns x 210 lines) of real numbers
516	(Float, 4 bytes) stored as disk files. They comprise the following data:</font>
517	<ul>
518	<li>
519	<i><font color="#000000">The first line contains ordered numbers from 1
520	to 61;</font></i></li>
521
522	<li>
523	<i><font color="#000000">The second line (i.e. the records number from
524	62 to 122) contains the values of 61 irregular spaced wavelengths from
525	0.2 to 40 micrometers;</font></i></li>
526
527	<li>
528	<i><font color="#000000">The third line contains the extinction coefficients,
529	in km<sup>-1</sup>, for a particle number concentration N=1 particle per
530	cm<sup>3</sup>, at the wavelengths given in line two;</font></i></li>
531
532	<li>
533	<i><font color="#000000">The fourth line contains the single scattering
534	albedo values at the above mentioned wavelengths;</font></i></li>
535
536	<li>
537	<i><font color="#000000">The fifth line contains the asymmetry factors
538	at the above mentioned wavelengths;</font></i></li>
539
540	<li>
541	<i><font color="#000000">The sixth line contains the normalization factors
542	at the above mentioned wavelengths;</font></i></li>
543
544	<li>
545	<i><font color="#000000">The remaining 204 lines from 7 to 210 contain
546	the phase function values at the above mentioned 61 wavelengths and at
547	204 angles (irregulary spaced from 0 to 180 degrees) stored in the ug_204.dat
548	file: e.g. line 7 contains the phase function values at the first angle
549	value of the ug_204.dat file (0 degree), line 8 contains the phase function
550	values at 0.02 degrees (second value of the ug_204.dat file), etc...</font></i></li>
551	</ul>
552	<font color="#000000">The detailed description and the explicit formulas
553	for the above listed (see Table 2) optical parameters can be found in <a href="alexei_rublev_gs03.html">Rublev,
554	1994</a></font>
555	<ul>
556	<li>
557	<b>inp_comp.dat</b> file: control parameters file to be set up by the user.</li>
558
559	<li>
560	<b>lm_sh.dat</b> file: file with wavelengths (in micrometers) used for
561	calculations of the basic aerosol constituents integrated optical properties
562	according to the Mie theory. <b><i>The user should not change this file!</i></b></li>
563
564	<li>
565	<b>ug_204.dat</b> file: file with the angles values (in degrees) used for
566	calculation of the phase function of the basic aerosol constituents. <b><i>The
567	user should not change this file!</i></b></li>
568	</ul>
569	The<b> inp_comp.dat</b> file delivered with this software package as an
570	example, allows the computations of  integral optical characteristics
571	of the continental aerosol model given in Table 2, storing them into the
572	<b>s_cont1.dat</b>
573	(ASCII) and <b>i_cont1.dat</b> (binary) files.
574	<font color="#000000">The
575	control parameters file <b>inp_comp.dat</b> contains N+1 blocs, where N
576	is the number of the basic aerosol constituents (N<sub>max</sub>=7) in
577	an aerosol of interest.</font>
578	<br>The <b>s_cont1.dat </b>file contains the same integrated optical properties
579	(<font color="#000000">extinction coefficient, single scattering albedo,
580	asymmetry factor, and normalization factor)</font>and has the same format
581	as the <b>*.dat</b> files from Table 3.
582	<br>The <b>i_cont1.dat</b> file has the same binary format as the above
583	mentioned the <b>i_*.dat</b> files (only it corresponds to 2D array with
584	13 columns and 187 lines- see parameters in Table 5).
585	<br>The user should set up the parameters of an aerosol of interest filling
586	up the fields of the <b>inp_comp.dat</b> file  and then run the executable
587	<b>aercomp</b>.
588	Note that the binary file
589	<b>i_cont1.dat</b> can be used as an input file
590	for
591	<b>aercomp.f
592	</b>program in order to compose more complex aerosol models.
593	<br><a href="#table5">Table 5</a>, given as an example,  describes
594	the <b>inp_comp.dat</b> file corresponding to an aerosol mixture including
595	three basic constituents: i.e., dust-like, water-soluble, and soot particles,
596	with the respective particles number concentrations (in particles per cm<sup>3</sup>):
597	2.26278 10<sup>-6</sup>, 0.937437, and 0.0625607. In column 1 are the input
598	and output parameters for computations. Column 2 gives  identification
599	of column 1 data in the <a href="alexei_aercomp_gs03.html">aercomp.f</a>
600	program, and column 3 describes column 1 data.
601	<br>The  integrated optical parameters will be computed at the wavelengths
602	and at the angles stored in the <b>lm_exam.dat</b> and<b> ug_181.dat</b>
603	files respectively. Note, that the wavelength and angle values stored in
604	these files have to be within the same interval (i.e. from 0.2 to 40 microns
605	for wavelengths and from 0 to 180 degrees for angles) as those of the
606	<b>lm_sh.dat</b>
607	and <b>ug_204.dat</b> files respectively. The program uses a linear interpolation
608	algorithm to calculate the integrated optical properties at the wavelengths
609	and angles stored in the <b>lm_exam.dat</b> and<b> ug_181.dat</b> files.
610	<br> </td>
611	</tr>
612	</table></center>
613	<b><font color="#000000"></font></b>
614	<center>
615	<p><a NAME="table5"></a><b><font color="#FF0000">Table 5. Example of the<font size=+1>
616	inp_comp.dat
617	</font>file delivered with this software package</font><sup><font color="#000000">(*)</font></sup></b></center>
618
619	<p><br>
620	<center><table BORDER COLS=1 WIDTH="87%" >
621	<tr>
622	<td><i>3  </i>
623	n_comp      -  NUMBER OF BASIC AEROSOL CONSTITUENTS
624	<br><i>13 </i>
625	n_m0         -  NUMBER OF
626	WAVELENGTHS TO BE USED IN CALCULATIONS<sup>(**)</sup>
627	<br><i>lm_exam.dat</i>   name_m0    -  FILE
628	FOR SELECTED WAVELENGTHS
629	<br>181
630	n_ug0          -  TOTAL
631	NUMBER OF SELECTED ANGULAR MESH POINTS<sup>(***)</sup>
632	<br><i>ug_181.dat</i>      name_ug0  -
633	FILE WITH ANGULAR MESH POINTS
634	<br><i>s_cont1.dat</i>     s_dat
635	- OUTPUT FILE FOR EXTINCTION COEFFICIENTS
636	<br><i>i_cont1.dat </i>     i_dat
637	- OUTPUT FILE FOR PHASE FUNCTION
638	<br>**************************************************************************
639	<br><b>61</b>
640	n_m           -
641	NUMBER OF WAVELENGTHS TO BE USED IN CALCULATIONS
642	<br><b>i_dust.dat  </b>
643	nc_ind       - INPUT FILE FOR BASIC AEROSOL
644	CONSTITUENT  PARAMETERS
645	<br><i>2.26278E-6</i>       si
646	-  PARTICLE NUMBER CONCENTRATION (particle cm<sup>-3</sup>)
647	<br><b>lm_sh.dat</b><i> </i>
648	name_m    - FILE OF WAVELENGTHS
649	<br><b>204</b>
650	n_ug           -
651	TOTAL NUMBER OF ANGULAR MESH POINTS
652	<br><b>ug_204.dat</b>         name_ug
653	-  FILE OF ANGULAR MESH POINTS
654	<br>**************************************************************************
655	<br><b>61</b><i>  </i>
656	n_m            -
657	NUMBER OF WAVELENGTHS TO BE USED IN CALCULATIONS
658	<br><b>i_w_s.dat  </b>
659	nc_ind         -  INPUT FILE
660	FOR BASIC AEROSOL CONSTITUENT PARAMETERS
661	<br><i>0.937437</i>
662	si
663	-  PARTICLE NUMBER CONCENTRATION (particle cm<sup>-3</sup>)
664	<br><b>lm_sh.dat</b><i> </i>
665	name_m      - FILE OF WAVELENGTHS
666	<br><b>204   </b>
667	n_ug           -
668	TOTAL NUMBER OF ANGULAR MESH POINTS
669	<br><b>ug_204.dat</b><i>  </i>
670	name_ug     -  FILE OF THE ANGULAR MESH POINTS
671	<br>**************************************************************************
672	<br><b>61</b>
673	n_m           - NUMBER
674	OF WAVELENGTHS TO BE USED IN CALCULATIONS
675	<br><b>i_soot.dat  </b>
676	nc_ind      - INPUT FILE FOR BASIC AEROSOL CONSTITUENT
677	PARAMETERS
678	<br><i>0.0625607 </i>
679	si
680	-  PARTICLE NUMBER CONCENTRATION (particle cm<sup>-3</sup>)
681	<br><b>lm_sh.dat </b>
682	name_m   - FILE OF WAVELENGTHS
683	<br><b>204</b><i> </i>
684	n_ug          -  TOTAL
685	NUMBER OF ANGULAR MESH POINTS
686	<br><b>ug_204.dat  </b>
687	name_ug   -  FILE OF THE ANGULAR MESH POINTS
688	<br>**************************************************************************</td>
689	</tr>
690	</table></center>
691
692	<br><b><sup><font color="#000000"></font></sup></b>
693	<center><table COLS=1 WIDTH="640" >
694	<tr>
695	<td><font color="#000000"><b><sup>(*) </sup></b>Parameters in italic can
696	be changed by the user for own calculations. <b>Parameters in bold should
697	not be changed!</b></font>
698	<br><font color="#000000"><b><sup>(**) </sup></b>The parameter n_m0 should
699	be less or equal to the total number of records in the lm_exam.dat file.</font>
700	<br><font color="#000000"><b><sup>(***) </sup></b>The parameter n_ug0 should
701	be less or equal to the total number of records in the ug_181.dat file.</font>
702	<br>
703	<br> </td>
704	</tr>
705	</table></center>
706
707	</body>
708	</html>

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