Hostname: page-component-586b7cd67f-2plfb Total loading time: 0 Render date: 2024-11-30T01:47:22.298Z Has data issue: false hasContentIssue false
  • English
  • Français

40. Radio Astronomy

Published online by Cambridge University Press:  25 April 2016

Y. N. Parijskij

Extract

Core share and HTML view are not available for this content. However, as you have access to this content, a full PDF is available via the ‘Save PDF’ action button.

Thousands of papers in the field of radio astronomy have appeared during the last three years. Even simple enumeration of the major achievements will take much more space than it has been allocated to Commission 40. Therefore, taking into account the tendency of the previous years, much greater attention in the present report has been paid to the actual material and references (mainly of observational and methodological character). As to the interpretation of observations, much overlapping has occurred with Commissions 10 and 34. Solar radio astronomy had to be excluded from the report of Commission 40 in view of its practically complete overlapping with the report of Commission 10. Physical interpretation of insterstellar medium observations carried out by radio techniques during the three years has been included in the report of Commission 34. Even in this case we have been forced, as in the previous years, to introduce some additional abbreviations of the most widely used journals in the sections containing a great number of references. These abbreviations are given below.

Type
Research Article
Information
Transactions of the International Astronomical Union , Volume 16 , Issue 3: Reports on Astronomy , 1976 , pp. 159 - 194
Copyright
Copyright © Reidel 1976

References

References

1. Abramenko, et al. 74Soobshcheniya SAO12, 43.Google Scholar
2. Akhundova, et al. 74Astrofiz l0, 85.Google Scholar
3. Alexander, et al. 74AJ79, 777.Google Scholar
4. Antonow, . 73IVUZR16, 759.Google Scholar
5. Ariskin, et al. 74Astron. Tsirk. No 833, 6.Google Scholar
6. Ariskin, et al. 74AJ51, 5, 916.Google Scholar
7. Ariskin, . 73AJ50, 2, 283.Google Scholar
8. Baker, . 74ApJ194, 271.Google Scholar
9. Baker, et al. 74MN167, 581.Google Scholar
10. Balick, et al. 74ApJ192, 325.CrossRefGoogle Scholar
11. Berulis, et al. 73AJ50, 2, 270.Google Scholar
12. Balick, et al. 74ApJ194, 265.Google Scholar
13. Brown, . 73ApJ180, 359.Google Scholar
14. Cavallo, et al. 74ASS30, 409.Google Scholar
15. Chevalier, et al. 74ApJ192, 454.Google Scholar
16. Clark, et al. 73Nat246, 5427.Google Scholar
17. Clark, et al. 75AJP Sup37, 75.Google Scholar
18. Clark, et al. 75AJP Sup37, 1.Google Scholar
19. Cowsik, et al. 74Mitt.Astron.Ges.35, 224.Google Scholar
20. Cowsik, et al. 73 13th Int.Cosm.Ray. Conf.Denver.Colo. 1, 414.Google Scholar
21. Dellapoita, . 74IAU Symp, 189.Google Scholar
22. Day, . 73CSIRO Div.Radiophys.Res. Activ. Google Scholar
23. Dickel, et al. 74BAAS6, 314.Google Scholar
24. Dube, et al. 73NatPS24S, 141, 17.Google Scholar
25. Duin, et al. 74IAU Symp.60, 355.Google Scholar
26. Dulk, et al. 72AJP25, 429.Google Scholar
27. Dulk, et al. 74Nat248, 5443, 33.Google Scholar
28. Edwards, et al. 74Nat247, 5441, 444.Google Scholar
29. Felli, et al. 73AA29, 1, 129.Google Scholar
30. Fujimoto, et al. 74PASJ26, 399.Google Scholar
31. Gezari, et al. 73ApJ179, L67.Google Scholar
32. Gordon 14IAU Symp.60, 477.Google Scholar
33. Green, 74AA Sup18, 2, 267.Google Scholar
34. Gull, 73MN62, 135.Google Scholar
35. Gull, 75MN171, 237.Google Scholar
36. Gulliford, 74ASS31, 241.Google Scholar
37. Haslam, et al. 74AA Sup13, 359.Google Scholar
38. Hill, 74MN169, 59.Google Scholar
39. Hirabayashi, 74IAU Symp.60, 353.Google Scholar
40. Hirabayashi, 74IAU Symp.60, 187.Google Scholar
41. Hirabayashi, 74PASJ26, 2, 263.Google Scholar
42. Hughes, et al. 73Nat242, 5393, 105.Google Scholar
43. Hughes, et al. 74IAU Symp.60, 401.Google Scholar
44. Johnson, 74ApJl94, 337.Google Scholar
45. Jones, 74AA30, 1, 37.Google Scholar
46. Jones, et al. 74AJP5, 687.Google Scholar
47. Sofue, 73PASJ25, 207.Google Scholar
48. Zhouckl, 73IVUZR16, 5, 754.Google Scholar
49. Kapustin, et al. 73IVUZR16, 1325.Google Scholar
50. Kapitzky, et al. 74ApJ188, 27.CrossRefGoogle Scholar
51. Keen, 73AA24, 2, 229.Google Scholar
52. Kelly, 74MN 33.Google Scholar
53. Kundu, et al. 74AJ79, 132.Google Scholar
54. Kundu, et al. 73AJ78, 170.Google Scholar
55. Little, 74IAU Symp.60, 49l.Google Scholar
56. Manchester, 74ApJ188, 644.Google Scholar
57. Mezger, 74ESO/SRC/CERN Conf.Res. Program, New Large Telescopes Geneva Proc. Google Scholar
58. Mezger, et al. Google Scholar
59. Milne, et al. 74AJP27, 549.Google Scholar
60. Milne, et al. 74IAU Symp.60, 335.Google Scholar
61. Mills, 74IAU Symp.60, 311.Google Scholar
62. Milogradov-Turin, et al. 74MN161, 269.Google Scholar
63. Mongain, 73NatPS242, 122, 136.Google Scholar
64. Rougoor, et al. 74AA33, 3, 459.Google Scholar
65. Shakeshaft, 74IAU Symp.60, 185.Google Scholar
66. Shklovskii, 74IAU Symp.60, 373.Google Scholar
67. Sironi, 74MN166, 2, 345.Google Scholar
68. Slee, et al. 74IAU Symp.60, 347.Google Scholar
69. Soboleva, 74AZh51, 1341.Google Scholar
70. Strom, et al. Google Scholar
71. Price, 74IAU Symp.60, 637.Google Scholar
72. Price, 74AA433, 33.Google Scholar
73. Taylor, 73Proc.IEEE61, 4, 469.Google Scholar
74. Vajsberg, 74AZh51, 922.Google Scholar
75. Velusamy, et al. 74AA432, 375.Google Scholar
76. Webster, 74MN166, 2, 355.Google Scholar
77. Whiteoak, et al. 73AL13, 14, 205.Google Scholar
78. Wilkinson, 73MN163, 2, 147.Google Scholar
79. Wilkinson, et al. 74MN161, 593.Google Scholar

References

1. Manchester, 73 Proc. IEEE 61, 1205.Google Scholar
2. Sieber, 73 AA 28, 237.Google Scholar
3. ter Haar, 75 Contemp.Phys 16, 243.Google Scholar
4. Taylor, et al. 75 AJ 80, 794.Google Scholar
5. Davies, et al. 73 NatPS 244, 84.Google Scholar
6. Komesaroff, et al. 73 IAU Circ. 2505, 2563.Google Scholar
7. Bosignori-Facondi, 73 AA 27, 67.Google Scholar
8. Crovisier, 73 AL 13, 225.Google Scholar
9. Hulse, et al. 74 ApJ 191, L59.Google Scholar
10. Komesaroff, et al. 74 AL 15, 169.Google Scholar
11. Mohanty, et al. 75 MN 171, 17P.Google Scholar
12. Taylor, et al. 74 IAU Circ. 2704, 2712, 2714, 2720, 2731.Google Scholar
13. Gonzàlez, et al. 73 AL 13, 229.Google Scholar
14. Vaughan, et al. 74 MN 168, 361.Google Scholar
15. Manchester, 74 ApJ 189, L119.Google Scholar
16. McCulloch, et al. 73 AL 14, 169.Google Scholar
17. Michel, 73 BAAS 5, 425.Google Scholar
18. Graham, et al. 73 NatPS 242, 86.Google Scholar
19. Sieler, et al. 73 AL 13, 225.Google Scholar
20. Richards, et al. 74 Nat 251, 37.Google Scholar
21. Zyne, 75 MN 171, 579.Google Scholar
22. Mert, 73 BASS 5, 321.Google Scholar
23. Shabanova, 74 AZh 51, 931; Soviet Astron. 18, 5.Google Scholar
24. Manchester, et al. 74 ApJ 191, L63.Google Scholar
25. Smith, 73 MN 161, 9P.Google Scholar
26. Hankins, 73 ApJ 181, L49.Google Scholar
27. Backer, et al. 73 NatPS 243, 77.Google Scholar
28. Hesse, 73 AA 27, 373.Google Scholar
29. Hesse, et al. 74 AA 31, 409.Google Scholar
30. Udaltsov, et al. 74 Dokl.Akad.Nauk SSSR, Ser.Mat. Fiz. 218, 803; AA 37, 21.Google Scholar
31. Taylor, 75 APJ 195, 513.Google Scholar
32. Manchester, 75 ApJ 196, 83.Google Scholar
33. Helfand, et al. 75 ApJ 198, 661.Google Scholar
34. Bruck, 73 NatPS 242, 58.Google Scholar
35. Huguenin, et al. 13 ApJ 181, L139.Google Scholar
36. Huguenin, et al. 17 BAAS 5, 285.Google Scholar
37. Manchester, 73 ApJ 179, L7.Google Scholar
38. Argyle, 73 ApJ 183, 973.Google Scholar
39. Hesse, et al. 73 NatPS 245, 57.Google Scholar
40. Ricket, et al. 73 BAAS 5, 18.Google Scholar
41. Cordes, et al. 73 BAAS 5, 18.Google Scholar
42. Backer, et al. 73 BAAS 5, 18.Google Scholar
43. Schönhardt, et al. 73 AL 14, 61.Google Scholar
44. Manchester, et al. 73 BAAS 5, 285.Google Scholar
45. Backer, 73 ApJ 182, 245.Google Scholar
46. Page, 73 MN 163, 29.Google Scholar
47. Mclean, 73 MN 165, 133.Google Scholar
48. Alekseev, 73 IVUZR 16, 762.Google Scholar
49. Jones, et al. 74 MN 166, 39P.Google Scholar
50. Rankin, 73 BAAS 5, 425.Google Scholar
51. Rankin, et al. 74 APJ 188, 609.Google Scholar
52. Smith, 74 MN 167, 43P.Google Scholar
53. Backer, et al. 74 ApJ 189, 137.Google Scholar
54. Sulejmanova, et al. 74 AZh 51, 927; Soviet Astron. 18, 5.Google Scholar
55. Komesaroff, et al. 74 Nat 252, 210.Google Scholar
56. Rankin, et al. 74 ApJ 193, L71.Google Scholar
57. Boriakoff, et al. 74 AL 15, 175.Google Scholar
58. Wolszozan, et al. 74 AA 37, 285.Google Scholar
59. Galt, et al. 75 AJ 80, 311.Google Scholar
60. Sieber, et al. 75 AA 38, 169.Google Scholar
61. Sieber, et al. 75 AA 38, 325.Google Scholar
62. Backer, et al. 75 APJ 197, 481.Google Scholar
63. Ritching, et al. 75 Nat 257, 293.Google Scholar
64. Manchester, 73 BAAS 5, 35.Google Scholar
65. Rankin, et al. 73 ApJ 181, 875.Google Scholar
66. Shishov, 73 AZh 50, 941; Soviet Astron. 17, 5.Google Scholar
67. Backer, et al. 73 BAAS 5, 18.Google Scholar
68. Combe, et al. 73 AL 14, 59.Google Scholar
69. Schönhardt, 73 NatPS 243, 62.Google Scholar
70. Gordon, et al. 73 AA 27, 119.Google Scholar
71. Rickett, et al. 73 ApJ 185, 945.Google Scholar
72. Backer, 73 BAAS 5, 425.Google Scholar
73. Verschuur, 73 APJ 183, L9.Google Scholar
74. Galt, 74 AA 31, 325.Google Scholar
75. Slee, et al. 74 MN 167, 31.Google Scholar
76. Gonzàlez, et al. 74 AA 32, 441.Google Scholar
77. Backer, 74 ApJ 190, 667.Google Scholar
78. Schönhardt, 74 AA 35, 13.Google Scholar
79. Crovisier, 74 AA 37, 189.Google Scholar
80. Graham, 74 AA 37, 405.Google Scholar
81. Weiler, 75 Nat 253, 24.Google Scholar
82. Vandenberg, 73 ApJ 180, L27.Google Scholar
83. Crane, et al. 73 Mit.Res.Lab. Electronics, Quarterly Prog. Rep. 108, 51.Google Scholar
84. Mutel, et al. 74 ApJ 193, 279.Google Scholar
85. Kaplan, et al. 73 NatPS 241, 122.Google Scholar
86. Smith, 73 Nat 243, 207.Google Scholar
87. Cocke, 73 ApJ 184, 291.Google Scholar
88. Manchester, et al. 73 ApJ 185, 951.Google Scholar
89. Eastlund, et al. 73 BAAS 5, 35.Google Scholar
90. Virtamo, et al. 73 ApJ 182, 935.Google Scholar
91. Zheleznyakov, 73 Uspeckhi Fiz.Nauk 109, 777.Google Scholar
92. Ruderman, et al. 75 ApJ 194, 529.Google Scholar
93. Palmer, 75 ASS 34, 209.Google Scholar

References

1. Aannestad, 73 ApJ Sup 25, 205.Google Scholar
2. Aannestad, 73 ApJ Sup 25, 223.Google Scholar
3. Akabane, et al. 74 Tokyo Astron.Bull. 2nd Ser. 229, 2639.Google Scholar
4. Akabane, et al. 74 PASJ 26, 1.Google Scholar
5. Alksnis, et al. 73 Astron Tsirk. 794, 7.Google Scholar
6. Allen, et al. 74 ApJ 188, 33.Google Scholar
7. Allen, et al. 75 ApJ 195, 81.Google Scholar
8. Andersson, et al. 74 AA 30, 475.Google Scholar
9. Andrew, et al. 74 AA 35, 295.Google Scholar
10. Bardsley, et al. 73 ApJ 183, L135.Google Scholar
11. Barret, et al. 73 Mit Res.Lab.Electronics, Quarterly Progr.Rep. 108, 53.Google Scholar
12. Barret, et al. 75 ApJ 198, L119.Google Scholar
13. Barret, et al. 74 BAAS 6, 341.Google Scholar
14. Batchelor, et al. 73 AJP 26, 557.Google Scholar
15. Baudry, 74 AA 33, 381.Google Scholar
16. Baudry, et al. 74 AA 36, 217.Google Scholar
17. Baudry, et al. 74 AA 31, 471.Google Scholar
18. Berder, et al. 73 BAAS 5, 21.Google Scholar
19. Berder, et al. 73 ApJ 180, L43.Google Scholar
20. Berk, et al. 73 IVUZR 16, 799.Google Scholar
21. Black, et al. 73 AL 15, 79.Google Scholar
22. Black, et al. 73 BAAS 5, 380.Google Scholar
23. Black, et al. 75 ApJ 199, 633.Google Scholar
24. Bolodna, et al. 75 ApJ 199, 86.Google Scholar
25. Bolton, et al. 74 AJP 27, 143.Google Scholar
26. Bowers, et al. 74 AL 15, 181.Google Scholar
27. Bowers, et al. 74 BAAS 6, 426.Google Scholar
28. Breuer, 73 IAUSymp. 52, 399.Google Scholar
29. Breuer, 73 Umschau 73 Jahrgang, 568.Google Scholar
30. Brooks, et al. 74 ApJ 194, 513.Google Scholar
31. Brooks, et al. 74 PASA 2, 250.Google Scholar
32. Brooks, et al. 75 MN 172, 3.Google Scholar
33. Brown, 74 IAU Symp. 60, 129.Google Scholar
34. Brown, 75 APJ 197, L29.Google Scholar
35. Brzozowski, et al. 74 ApJ 193, 741.Google Scholar
36. Buhl, et al. 73 BAAS 5, 421.Google Scholar
37. Buhl, et al. 73 ApJ 180, 791.Google Scholar
38. Buhl, et al. 73 BAAS 5, 32.Google Scholar
39. Buhl, et al. 74 ApJ 192, L97.Google Scholar
40. Burke, 74 IAU Symp. 60, 267.Google Scholar
41. Burdjuzha, 74 AZh 51, 26.Google Scholar
42. Burdjuzha, 74 AL 15, 189.Google Scholar
43. Burdjuzha, et al. 75 AA 40, 233.Google Scholar
44. Burdjuzha, et al. 75 Space Res.lnst.Akad. Nauk SSSR Repr. 236.Google Scholar
45. Burdjuzha, et al. 74 AZh 51, 346.Google Scholar
46. Burdjuzha, et al. 74 AZh 51, 669.Google Scholar
47. Burdjuzha, et al. 73 AZh 50, 481.Google Scholar
48. Caswell, 741 AU Symp. 60, 423.Google Scholar
49. Caswell, et al. 74 AJP 27, 417.Google Scholar
50. Caswell, et al. 74 AJP 27, 629.Google Scholar
51. Caswell, et al. 74 AJP 27, 597.Google Scholar
52. Chaisson, 73 BAAS 5, 22.Google Scholar
53. Chaisson, 74 AJ 79, 555.Google Scholar
54. Chapelle, et al. 73 IAU Symp. 52, 387.Google Scholar
55. Cheung, et al. 73 BAAS 5, 422.Google Scholar
56. Cheung, et al. 73 ApJ 186, L73.Google Scholar
57. Clark, 73 BAAS 6, 263.Google Scholar
58. Clark, et al. 73 BAAS 5, 332.Google Scholar
59. Clark, et al. 74 ApJ 190, 545.Google Scholar
60. Clark, et al. 74 BAAS 6, 336.Google Scholar
61. Clark, et al. 74 ApJ 191, L87.Google Scholar
62. Codding, et al. 74 J.Mol.Spectr. 49, 226.Google Scholar
63. Cohen, et al. 73 ApJ 15, 151.Google Scholar
64. Compaan, et al. 73 ApJ 185, L105.Google Scholar
65. Cook, 75 MN 171, 605.Google Scholar
66. Crutcher, 73 ApJ 185, 857.Google Scholar
67. Crutcher, 73 BAAS 5, 333.Google Scholar
68. Crutcher, 73 AL 14, 147.Google Scholar
69. Crutcher, 73 ApJ 182, L71.Google Scholar
70. Dalgarno, et al. 74 ApJ 192, L37.Google Scholar
71. Dalgarno, et al. 73 ApJ 181, 95.Google Scholar
72. Dalgarno, et al. 74 ApJ 192, 597.Google Scholar
73. Dalgarno, et al. 73 NatPS 245, 100.Google Scholar
74. Dauvillier, 73 Bull.Soc. Roy. Sci. Liäge, 42, 413.Google Scholar
75. Davies, 74 IAUSymp. 60, 275.Google Scholar
76. Davies, 73 IAUSymp. 52, 423.Google Scholar
77. Davies, et al. 73 AL 15, 43.Google Scholar
78. Deguchi, 74 PASJ 26, 437.Google Scholar
79. Dejong, 73 BAAS 5, 23.Google Scholar
80. Dejong, 73 AA 26, 297.Google Scholar
81. Dejong, et al. 75 ApJ 199, 69.Google Scholar
82. Delucia, et al. 74 J.Phys.Chem.Ref.Data 3, 211.Google Scholar
83. Dickel, 731 AUSymp. 52, 277.Google Scholar
84. Dickel, et al. 74 BAAS 6, 221.Google Scholar
85. Dickel, et al. 74 AA 31, 5.Google Scholar
86. Dieter, 75 ApJ 199, 289.Google Scholar
87. Dieter, 73 ApJ 183, 449.Google Scholar
88. Dickinson, et al. 73 ApJ 180, 831.Google Scholar
89. Dickinson, et al. 74 APJ 79, 938.Google Scholar
90. Dickinson, et al. 74 ApJ 192, 347.Google Scholar
91. Dickinson, et al. 74 IRASC 68, 265.Google Scholar
92. Doherty, et al. 74 JRASC 68, 265.Google Scholar
93. Doherty, et al. 74 ApJ 192, L157.Google Scholar
94. Donn, et al. 74 BAAS 6, 221.Google Scholar
95. Downes, et al. 74 ApJ 191, L77.Google Scholar
96. Diapatz, et al. 74 AA 36, 211.Google Scholar
97. Dymamis, 73 Nederlands Tijdschr. Natuur-kunde 39, 193.Google Scholar
98. Elander, et al. 73 ApJ 184, 663.Google Scholar
99. Ellder, 73 Res.Lab.Electronics,Onsala Space Obs. Chalmers Univ.Techn., Gothenburg, Sweden,Res.Rep. 116, 11.Google Scholar
100. Ellder, et al. 73 Res.Lab.Electronics, Onsala Space Obs., Chalmers Univ.Techn.,Gothen-burg,Sweden,Res.Rep. 117, 34.Google Scholar
101. Elliott, et al. 73 NatPS 224, 69.Google Scholar
102. Encrenaz, 74 ApJ 189, LI35.Google Scholar
103. Encrenaz, et al. 73 ApJ 184, 361.Google Scholar
104. Encrenaz, et al. 73 ApJ 186, L77.Google Scholar
105. Evans, et al. 73 BAAS 5, 421.Google Scholar
106. Evans, et al. 75 ApJ 196, 433.Google Scholar
107. Evans, et al. 75 ApJ 199, 383.Google Scholar
108. Fehsenfeld, et al. 73 ApJ 183, L25.Google Scholar
109. Fertel, et al. 75 AL 16, 61.Google Scholar
110. Floyd, et al. 73 RASC 61, 299.Google Scholar
111. Fomalont, et al. 72 C1AL 17, 453.Google Scholar
112. Fomalont, et al. 73 ApJ 181, 781.Google Scholar
113. Fourikis, et al. 74 PASA 2, 252.Google Scholar
114. Fourikis, et al. 74 ApJ 194, 41.Google Scholar
115. Fourikis, et al. 74 AJP 27, 425.Google Scholar
116. Fourikis, et al. 74 ApJ 191, L139.Google Scholar
117. Gaines, et al. 74 ApJ 191, L99.Google Scholar
118. Gammon, et al. 73 BAAS 5, 23.Google Scholar
119. Gardner, et al. 73 AA 23, 51.Google Scholar
120. Gardner, 74 PASA 2, 253,Google Scholar
121. Gardner, et al. 75 MN 172, 9p.Google Scholar
122. Gardner, et al. 75 ApJ 197, L73.Google Scholar
123. Gardner, et al. 75 ApJ 195, L127.Google Scholar
124. Gerola, et al. 75 ApJ 196, 473.Google Scholar
125. Giguere, et al. 73 ApJ 182, 477.Google Scholar
126. Giguere, et al. 73 ApJ 182, L11.Google Scholar
127. Glassgold, et al. 74 ApJ 193, 73.Google Scholar
128. Glassgold, et al. 75 ApJ 197, 347.Google Scholar
129. Godfrey, et al. 73 AL 13, 119.Google Scholar
130. Goldreich, et al. 73 ApJ 179, 111.Google Scholar
131. Goldreich, et al. 73 ApJ 182, 55.Google Scholar
132. Goldreich, et al. 74 ApJ 190, 27.Google Scholar
133. Goldreich, et al. 74 ApJ 191, 93.Google Scholar
134. Goldreich, et al. 74 ApJ 189, 444.Google Scholar
135. Goldsmith, et al. 75 ApJ 196, L39.Google Scholar
136. Gordon, et al. 73 ApJ 182, 41.Google Scholar
137. Gordon, et al. 73 J.Brit.Interplanet.Soc. 26, 639.Google Scholar
138. Gottlieb, et al. 73 ApJ 184, L59.Google Scholar
139. Gottlieb, et al. 73 ApJ 182, 699.Google Scholar
140. Goss, et al. 73 AA 28, 89.Google Scholar
141. Goss, etal. 74 IAU Symp. 60, 135.Google Scholar
142. Sancisi, et al. 74 AAp 35, 442.Google Scholar
143. Goss, et al. 75 AA 40, 439.Google Scholar
144. Goss, et al. 73 ApJ 183, 843.Google Scholar
145. Goss, et al. 73 AA 29, 435.Google Scholar
146. Goudis, 75 ASS 35, 409.Google Scholar
147. Green, et al. 74 ApJ 193, L89.Google Scholar
148. Green, et al. 74 ApJ 191, 653.Google Scholar
149. Gwinn, et al. 73 ApJ 179, 789.Google Scholar
150. Habind, et al. 74 AA 35, 1.Google Scholar
151. Hall, et al. 73 MN 162, 97.Google Scholar
152. Harteck, et al. 73 IAU Symp. 52, 395.Google Scholar
153. Harteck, et al. 74 Ber.Bunsenges.Phys.Chem. 78, 168.Google Scholar
154. Haque, et al. 74 ApJ 181, L15.Google Scholar
155. Harvey, ef al. 74 MN 169, 545.Google Scholar
156. Harvey, et al. 74 ApJ 189, L87.Google Scholar
157. Heiles, 73 ApJ 179, L17.Google Scholar
158. Heiles, 73 ApJ 183, 441.Google Scholar
159. Heiles, et al. 73 IAU Symp. 52, 315.Google Scholar
160. Heiles, et al. 75 ApJ 199, 361.Google Scholar
161. Heiles, 73 APJ 182, L121.Google Scholar
162. Herbst, et al. 73 ApJ 185, 505.Google Scholar
163. Herbst, et al. 74 ApJ 188, 255.Google Scholar
164. Hills, et al. 75 AA 39, 149.Google Scholar
165. Hockind, et al. 74 ApJ 181, L89.Google Scholar
166. Höglund, et al. 74 AA 33, 389.Google Scholar
167. Hyland, 74 IAU Symp. 60, 439.Google Scholar
168. Iguchi, et al. 73 ChemLett(Japan) 5, 505.Google Scholar
169. Johansson, et al. 74 ApJ 189, 455.Google Scholar
170. Johansson, et al. 74 IAU Symp. 60, 301.Google Scholar
171. Johnson, et al. 74 BAAS 6, 452.Google Scholar
172. Johnson, 75 ApJ 197, L69.Google Scholar
173. Johnson, et al. 73 ApJ 182, 67.Google Scholar
174. Jura, 74 APJ 190, L33.Google Scholar
175. Kaifu, et al. 75 ApJ 195, L359.Google Scholar
176. Kaifu, et al. 75 ApJ 196, 719.Google Scholar
177. Kaifu, et al. 74 IAU Symp. 60, 233.Google Scholar
178. Kaifu, et al. 74 ApJ 191, L135.Google Scholar
179. Kaifu, et al. 75 ApJ 198, L85.Google Scholar
180. Kaufmann, et al. 74 IAU Symp. 60, 293.Google Scholar
181. Kaufmann, et al. 74 AJ 19, 933.Google Scholar
182. Keeley, 74 ApJ 192, 601.Google Scholar
183. Kegel, 74 AA 32, 227.Google Scholar
184. Kerr, et al. 74 AA 36, 225.Google Scholar
185. Kerr, et al. 74 IAU Symp. 60, 459.Google Scholar
186. Khersonsky, 73 AZh 50, 646.Google Scholar
187. Khersonsky, 74 AZh 51, 1298.Google Scholar
188. Kirchhoff, et al. 73 J.Phys.Chem.Ref.Data 2, 1.Google Scholar
189. Klochan, et al. 74 AZh 51, 354.Google Scholar
190. Knapp, et al. 73 AJ 78, 453.Google Scholar
191. Knowles, 74 J.Opt.Soc.Amer. 64, 522.Google Scholar
192. Knowles, et al. 73 ApJ 180, L117.Google Scholar
193. Knowles, et al. 74 AJ 79, 925.Google Scholar
194. Krauss, et al. 73 ApJ 183, L139.Google Scholar
195. Kutner, 73 ApJ 199, 79.Google Scholar
196. Kutner, et al. 74 BAAS 6, 341.Google Scholar
197. Kutner, et al. 73 ApJ 183, L27.Google Scholar
198. Kwan, et al. 74 ApJ 194, L97.Google Scholar
199. Kwan, et al. 75 ApJ 195, L85.Google Scholar
200. Kwan, et al. 74 ApJ 194, 293.Google Scholar
201. Lada, et al. 75 ApJ 195, 367.Google Scholar
202. Lada, et al. 74 ApJ 189, L35.Google Scholar
203. Lang, et al. 73 ApJ 180, 647.Google Scholar
204. Lekht, 74 AZh 51, 341.Google Scholar
205. Lekht, 74 AZh 51, 1113.Google Scholar
206. Lekht, et al. 74 AZh 51, 681.Google Scholar
207. Lekht, et al. 75 Pisma AZh 1, 29.Google Scholar
208. Lees, 73 APJ 184, 763.Google Scholar
209. Lepine, et al. 74 AA 36, 469.Google Scholar
210. Litvak, 73 ApJ 182, 711.Google Scholar
211. Litvak, 74 ARAA 12, 97.Google Scholar
212. Linke, et al. 74 ApJ 193, L41.Google Scholar
213. Liszt, et al. 75 APJ 196, 709.Google Scholar
214. Liszt, et al. 75 ApJ 198, 537.Google Scholar
215. Liszt, et al. 74 BAAS 6, 435.Google Scholar
216. Little, 73 AL 13, 115.Google Scholar
217. Lo, et al. 74 BAAS 6, 220.Google Scholar
218. Lo, et al. 74 ApJ 190, L125.Google Scholar
219. Lo, et al. 73 ApJ 185, L71.Google Scholar
220. Lo, et al. 73 AA 26, 487.Google Scholar
221. Lo, et al. 74 BAAS 6, 437.Google Scholar
222. Loren, et al. 73 BAAS 5, 420.Google Scholar
223. Loren, et al. 75 ApJ 195, 75.Google Scholar
224. Loren, et al. 74 ApJ 194, L103.Google Scholar
225. Loren, et al. 73 ApJ 185, L67.Google Scholar
226. Lovas, 74 APJ 193, 265.Google Scholar
227. Lovas, et al. 74 J.Phys.Chem.Ref.Data 3, 245.Google Scholar
228. Lucas, 74 AA 36, 465.Google Scholar
229. Lucas, et al. 75 AA 41, 233.Google Scholar
230. Mader, et al. 74 BAAS 6, 442.Google Scholar
231. Maki, 74 J.Phys.Chem.Ref.Data 3, 221.Google Scholar
232. Masheder, et al. 74 MN 166, 561.Google Scholar
233. Matthews, et al. 73 AA 29, 309.Google Scholar
234. Mayer, et al. 73 ApJ 182, L65.Google Scholar
235. McCutcheon, et al. 74 Nat 251, 123.Google Scholar
236. McGee, et al. 73 AL 13, 25.Google Scholar
237. Menon, 74 IAU Symp. 60, 299.Google Scholar
238. Metz, 73 sci. 182, 466.Google Scholar
239. Milman, 74 APJ 193, L93.Google Scholar
240. Milman, et al. 75 AJ 80, 93.Google Scholar
241. Milman, et al. 75 AJ 80, 101.Google Scholar
242. Millar, et al. 75 MN 70, 51P.Google Scholar
243. Minn, 75 AA 39, 303.Google Scholar
244. Minn, et al. 74 BAAS 6, 221.Google Scholar
245. Minn, et al. 73 AL 13, 39.Google Scholar
246. Minn, et al. 73 AA 22, 13.Google Scholar
247. Minn, et al. 73 IAU Symp. 52, 269.Google Scholar
248. Morimoto, et al. 72 CIAL 17, 467.Google Scholar
249. Morris, et al. 75 ApJ 199, L47.Google Scholar
250. Morris, et al. 74 ApJ 191, 349.Google Scholar
251. Morris, et al. 71 BAAS 5, 330.Google Scholar
252. Morris, et al. 73 IAU Symp. 52, 381.Google Scholar
253. Morris, et al. 73 APJ 186, 501.Google Scholar
254. Morris, et al. 74 ApJ 192, L27.Google Scholar
255. Moran, et al. 74 BAAS 6, 436.Google Scholar
256. Myers, 73 ApJ 26, 83.Google Scholar
257. Myers, 74 BAAS 6, 263.Google Scholar
258. Novick, et al. 73 APJ 183, L131.Google Scholar
259. Oconnell, et al. 75 MN 170, 29p.Google Scholar
260. Oppenheimer, et al. 74 ApJ 187, 231.Google Scholar
261. Palmer, 74 IAU Symp. 60, 191.Google Scholar
262. Papadopoulos, 74 Stars and the Milky Way System IEAM, 129.Google Scholar
263. Pashchenko, 73 AZH 50, 685.Google Scholar
264. Pashchenko, et al. 73 IVUZR 16, 1344.Google Scholar
265. Pashchenko, et al. 73 AA 26, 349.Google Scholar
266. Pashchenko, et al. 74 AA 35, 153.Google Scholar
267. Pataki, et al. 74 BAAS 6, 340.Google Scholar
268. Pearson, et al. 73 ApJ 184, L19.Google Scholar
269. Pearson, et al. 74 ApJ 192, 33.Google Scholar
270. Pearson, 73 J.Chem.Phys. 58, 826.Google Scholar
271. Pellind, 75 MN 172, 41.Google Scholar
272. Pellind, 75 MN 172, 421.Google Scholar
273. Pellind, et al. 75 MN 171, 103.Google Scholar
274. Penziaz, et al. 74 PRL 32, 701.Google Scholar
275. Phillips, et al. 73 AL 15, 17.Google Scholar
276. Phillips, et al. 73 ApJ 186, L19.Google Scholar
277. Poynter, et al. 75 ApJ Sup 29, 87.Google Scholar
278. Pustilnik, 74 Izv. SAO 6, 16.Google Scholar
279. Reid, et al. 75 ApJ 196, L35.Google Scholar
280. Reisz, et al. 73 ApJ 186, 537.Google Scholar
281. Ribes, et al. 73 AJP 26, 79.Google Scholar
282. Rickard, et al. 75 ApJ 199, L75.Google Scholar
283. Rickard, et al. 73 BAAS 5, 331.Google Scholar
284. Rickard, et al. 74 BAAS 6, 340.Google Scholar
285. Robinson, et al. 74 AJP 27, 865.Google Scholar
286. Robinson, et al. 72 CIAL 17, 475.Google Scholar
287. Robinson, et al. 74 AJP 27, 575.Google Scholar
288. Robinson, et al. 74 Nat 248, 31.Google Scholar
289. Rogstad, et al. 74 AA 36, 253.Google Scholar
290. Rosen, 74 ApJ 190, L73.Google Scholar
291. Rubin, et al. 72 CIAL 17, 471.Google Scholar
292. Rudnitskij, 74 AZh 51, 329.Google Scholar
293. Ruzmajkina, 73 AZh 50, 934.Google Scholar
294. Rydbeck, et al. 73 BAAS 5, 477.Google Scholar
295. Rydbeck, et al. 73 Nat 246, 466.Google Scholar
296. Rydbeck, et al. 74 BAAS 6, 222.Google Scholar
297. Rydbeck, et al. 73 Res.Lab.Electronics, Onsala Space Obs, Chalmers Univ.Techn., Gothenburg, Sweden, Res.Rep. 119, 20.Google Scholar
298. Rydbeck, et al. 74 BAAS 6, 261.Google Scholar
299. Rydbeck, et al. 72 CIAL 17, 507.Google Scholar
300. Rydbeck, et al. 74 AA 33, 315.Google Scholar
301. Rydbeck, et al. 74 AA 34, 479.Google Scholar
302. Salpeter, et al. 73 IAU Symp. 52, 363.Google Scholar
303. Sancisi, et al. 74 AA 35, 445.Google Scholar
304. Sanders, et al. 73 BAAS 5, 384.Google Scholar
305. Sanders, et al. 74 ApJ 33, 9.Google Scholar
306. Sandqvist, 74 Stars and the Milky Way System IEAM, 157.Google Scholar
307. Schiff, et al. 74 ApJ 191, L49.Google Scholar
308. Schwartz, et al. 74 ApJ 187, 491.Google Scholar
309. Schwartz, et al. 73 BAAS 5, 21.Google Scholar
310. Schwartz, et al. 73 APJ 186, 529.Google Scholar
311. Scovill, et al. 74 ApJ 187, L67.Google Scholar
312. Scovill, et al. 73 APJ 180, 31.Google Scholar
313. Scovill, et al. 73 ApJ 180, 55.Google Scholar
314. Scovill, et al. 75 ApJ 199, L105.Google Scholar
315. Scovill, et al. 74 ApJ 187, L63.Google Scholar
316. Shimizu, 73 IAU Symp. 52, 405.Google Scholar
317. Shimizu, 73 Progr.theor.Phys. 49, 153.Google Scholar
318. Shimizu, 73 Viva Origino 2, 1.Google Scholar
319. Simon, 74 BAAS 6, 335.Google Scholar
320. Simon, et al. 73 ApJ 184, 757.Google Scholar
321. Sinclair, et al. 73 AJP 26, 85.Google Scholar
322. Slysh, 73 Astron. Tsirk. 798, 1.Google Scholar
323. Slysh, 74 AZh 51, 470.Google Scholar
324. Slysh, 74 AZh 51, 685.Google Scholar
325. Slysh, 74 AZh 51, 912.Google Scholar
326. Slysh, 73 AA 14, 213.Google Scholar
327. Slysh, 75 AZh 52, 26.Google Scholar
328. Slysh, 75 pisma AZh 1, 12.Google Scholar
329. Smith, 73 ApJ 179, Lll.Google Scholar
330. Smith, 73 BAAS 5, 32.Google Scholar
331. Smith, et al. 73 ApJ 183, 69.Google Scholar
332. Snyder, et al. 74 ApJ 189, L31.Google Scholar
333. Snyder, et al. 73 NatPS 243, 45.Google Scholar
334. Snyder, et al. 75 ApJ 197, 329.Google Scholar
335. Snyder, et al. 74 ApJ 191, L79.Google Scholar
336. Snyder, et al. 75 ApJ 198, L81.Google Scholar
337. Snyder, et al. 74 BAAS 6, 220.Google Scholar
338. Stasinska, 73 AA 22, 355.Google Scholar
339. Stecher, et al. 73 MN 161, 305.Google Scholar
340. Stecher, et al. 74 MN 168, 23p.Google Scholar
341. Stecher, et al. 74 MN 168, 51p.Google Scholar
342. Stephens, et al. 73 ApJ 186, 165.Google Scholar
343. Strel’nitskij, 74 Uspekhi Fiz.Nauk 113, 463 Google Scholar
344. Strel’nitskij, 73 AZh 50, 1133.Google Scholar
345. Solomon, et al. 75 ApJ 199, L79.Google Scholar
346. Solomon, et al. 73 ApJ 185, L63.Google Scholar
347. Solomon, et al. 73 ApJ 180, L89.Google Scholar
348. Spencer, et al. 75 ApJ 199, L111.Google Scholar
349. Spitzer, et al. 73 ApJ 186, L23.Google Scholar
350. Spitzer, et al. 73 BAAS 5, 4.Google Scholar
351. Spitzer, et al. 73 ApJ 181, L116.Google Scholar
352. Spitzer, et al. 74 ApJ 191, L127.Google Scholar
353. Sullivan, 73 ApJ Sup 25, 393.Google Scholar
354. Sume, et al. 75 AA 39, 435.Google Scholar
355. Takano, 74 PASJ 26, 189.Google Scholar
356. Takayanagi, 73 PASJ 25, 327.Google Scholar
357. ter, Haar et al. 74 Rep. Progr. Phys. 37, 481.Google Scholar
358. Thaddeus, et al. 74 ApJ 192, L33.Google Scholar
359. Tiemann, 74 J.Phys.Chem. Ref.Data 3, 259.Google Scholar
360. Troland, et al. 74 ApJ 194, 43.Google Scholar
361. Tucker, et al. 74 BAAS 6, 341.Google Scholar
362. Tucker, et al. 73 ApJ 186, L13.Google Scholar
363. Tucker, et al. 74 ApJ 193, L115.Google Scholar
364. Turner, 74 JRASC 68, 55.Google Scholar
365. Turner, 74 ASS 29, 247.Google Scholar
366. Turner, 74 ApJ 193, L83.Google Scholar
367. Turner, 73 ApJ 186, 357.Google Scholar
368. Turner, et al. 75 APJ 198, 71.Google Scholar
369. Turner, et al. 74 ApJ 194, 525.Google Scholar
370. Turner, et al. 73 BAAS 5, 31.Google Scholar
371. Turner, et al. 74 ApJ 187, L59.Google Scholar
372. Turner, et al. 73 BAAS 5, 420.Google Scholar
373. Turner, et al. 75 ApJ 198, L125.Google Scholar
374. Turner, et al. 74 BAAS 6, 443.Google Scholar
375. Turner, et al. 73 ApJ 186, 123.Google Scholar
376. Valtz, et al. 73 AL 13, 23.Google Scholar
377. Varshalovich, et al. 75 AZh 52, 6.Google Scholar
378. Waak, et al. 74 ApJ 189, 67.Google Scholar
379. Wahlgren, et al. 73 NatPS 246, 4.Google Scholar
380. Wallerstein, 73 AL 15, 83.Google Scholar
381. Watson, 73 ApJ 183, L17.Google Scholar
382. Watson, 73 ApJ 182, L73.Google Scholar
383. Watson, 73 APJ 181, L129.Google Scholar
384. Watson, 74 ApJ 189, 221.Google Scholar
385. Watson, 74 ApJ 188, 35.Google Scholar
386. White, 73 BAAS 5, 421.Google Scholar
387. White, et al. 75 MN 170, 37p.Google Scholar
388. Whiteoak, 74 PASA 2, 248.Google Scholar
389. Whiteoak, et al. 75 ApJ 195, L81.Google Scholar
390. Whiteoak, et al. 75 MN 172, 9p.Google Scholar
391. Whiteoak, et al. 74 MN 169, 59p.Google Scholar
392. Whiteoak, et al. 74 AA 36, 245.Google Scholar
393. Williams, 74 obs 96, 66.Google Scholar
394. Wilson, 74 AA 31, 83.Google Scholar
395. Wilson, 73 AA 25, 329.Google Scholar
396. Wilson, 72 CIAL 17, 447.Google Scholar
397. Wilson, et al. 74 PASP 86, 602.Google Scholar
398. Wilson, et al. 73 AA 22, 473.Google Scholar
399. Wilson, et al. 73 BAAS 5, 22.Google Scholar
400. Wilson, et al. 74 ApJ 191, 357.Google Scholar
401. Wilson, et al. 73 ApJ 179, L107.Google Scholar
402. Wink, et al 73 AA 22, 251.Google Scholar
403. Winnberg, et al. 73 AL 13, 125.Google Scholar
404. Winnberd, et al. 73 NatPS 243, 78.Google Scholar
405. Winnewisser, et al. 75 ApJ 200, L33.Google Scholar
406. Wynn-Williams, et al. 74 ApJ 187, 41.Google Scholar
407. Yngvesson, et al. 73 BAAS 5, 476.Google Scholar
408. Yngvesson, et al. 73 BAAS 5, 477.Google Scholar
409. Yngvesson, et al. 75 ApJ 195, 91.Google Scholar
410. Zuckerman, et al. 74 ApJ 189, 217.Google Scholar
411. Zuckerman, et al. 74 ApJ 192, L149.Google Scholar
412. Zuckerman, et al. 73 BAAS 5, 420.Google Scholar
413. Zuckerman, et al. 75 ApJ 199, L35.Google Scholar
414. Zuckerman, et al. 74 ARAA 12, 279.Google Scholar
415. Zuckerman, et al. 75 ApJ 197, 571.Google Scholar
416. Zuckerman, et al. 75 ApJ 197, 123.Google Scholar
417. Zuckerman, et al. 74 BAAS 6, 443.Google Scholar
418. Zuckerman, et al. 75 ApJ 196, L99.Google Scholar

References

1. Hachenberg, O., Grahl, B.H., and Wielebinski, R.: 1973,Proc. IEEE 61, 1288.Google Scholar
2. La Monde, L.M.: 1974, Science 186, 213; see also: 1975, Sky Telese. 40, 140.Google Scholar
3. Khaikin, S.E., Kaidanovskii, N.L., Parijskii, Y.N., and Esepkina, N.A.: 1972, Izv. Pulkova No. 188, 3.Google Scholar
4. Kislyakov, A.G., Turchin, V.I., Fogel, A.L., and Chernyshev, V.I.: 1973, Radiophys. Quantum Electron. 16, 1093; Kislyakov, A.G., Chernyshev, V.I., Nosov, A.A., and Shandra, Yu.P.: ibid., p. 1086.Google Scholar
5. Kaufmann, P. and D’Amato, R.: 1973, Sky Telese. 45, 144.Google Scholar
6. Riihimaa, J.J.: 1974,Ann. Acad. Sci. Fennicae A. VI. Phys. No. 413.Google Scholar
7. Von Hoerner, S.: 1975, Astron. Astrophys. 41, 301.Google Scholar
8. Davis, R.T.: 1975,Microwaves 14, 11.Google Scholar
9. Shuter, W.L.H. and McCutcheon, W.H.: 1974, J. Roy. Astron. Soc. Canada 68, 301.Google Scholar
10. Christiansen, W.N.: 1973,Proc. IEEE 61, 1266; 1973,Proc. IREE (Aust.) 34, 302.Google Scholar
11. Frater, R.H.: 1973,Proc. IREE 34, 309.Google Scholar
12. Watkinson, A., Wellington, K.J., Mondel, R.H., Harwood, M., and Peterson, CE.: 1973,Proc. IREE 34, 314.Google Scholar
13. O’Sullivan, J.D., Frater, R.H., Imrie, K.S., and Casse, J.L.: 1973, Proc. IREE 34, 319.Google Scholar
14. Frater, R.H., O’Sullivan, J.D., and Daniels, G.R.: 1973,Proc. IREE 34, 326.Google Scholar
15. Mackay, N.A., Kwong, C.K., Jones, I.G., and Symonds, W.A.: 1973,Proc. IREE 34, 329.Google Scholar
16. Jackson, P.B.: 1973,Proc. IREE 34, 333.Google Scholar
17. Kwong, C.K., Rosolen, K.R., and Jackson, P.B.: 1973,Proc. IREE 34, 337.Google Scholar
18. Brouw, W.N. and O’Sullivan, J.D.: 1973,Proc. IREE 34, 341.Google Scholar
19. O’Sullivan, J.D. and Brouw, W.N.: 1973,Proc. IREE 34, 347.Google Scholar
20. Baars, J.W.M., van der Brugge, J.F., Casse, J.L., Hamaker, J.P., Sondaar, L.H., Visser, J.J., and Wellington, K.J.: 1973, Proc. IEEE 61, 1258.Google Scholar
21. Hõgbom, J.A. and Brouw, W.N.: 1974, Astron. Astrophys. 33, 289.Google Scholar
22. Baars, J.W.M. and Hooghoudt, B.G.: 1974, Asrron. Astrophys. 31, 323.Google Scholar
23. Casse, J.L. and Muller, C.A.: 1974, Astron. Astrophys. 31, 333.Google Scholar
24. Allen, R.J., Hamaker, J.P., and Wllington, K.J.: 1914, Astron. Astrophys. 31, 71.Google Scholar
25. Weiler, K.W.: 1973, Astron. Astrophys. 26, 403.Google Scholar
26. Raimond, E.: 1974, Astron. Astrophys. Suppl. 15, 525.Google Scholar
27. van Someren Grève, H.W.: 1974, Astron. Astrophys. Suppl. 15, 343.Google Scholar
28. Bracewell, R.N., Colvin, R.S., D’Addadario, L.R., Grebenkemper, CJ., Price, K.M., and Thompson, A.R.: 1973, Proc. IEEE 61, 1249.Google Scholar
29. Ryle, M.: 1975, Science 188, 1071; Rev. Mod. Phys. 47, 557.Google Scholar
30. Heeschen, D.S.: 1975, Sky Telese. 49, 344.Google Scholar
31. Roger, R.S., Costain, C.H., Lacey, J.D., Landecker, T.L., and Bowers, F.K.: 1973,Proc. IEEE 61, 1270.Google Scholar
32. Blum, E.J., Ribes, J.C., and Biraud, F.: 1975, Astron. Astrophys. 41, 409.Google Scholar
33. Erickson, W.C. and Fisher, J.R.: 1974,Radio Sci. 9, 387.Google Scholar
34. Erickson, W.C.: 1973, Proc. IEEE 61, 1276.Google Scholar
35. Cronyn, W.M., Erskine, F.T., and Shawhan, S.D.: 1975, Bull. Am. Astron. Soc. 7, 414.Google Scholar
36. Swarup, G. and Bagri, D.S.: 1975, Proc. IEEE 61, 1285.Google Scholar
37. Coe, J.R.: 1973,Proc. IEEE 61, 1335.Google Scholar
38. Dellanoy, J., Lacroix, J., and Blun, E.J.: 1973,Proc. IEEE 61, 1282.Google Scholar
39. Bocchia, R. and Poumeyrol, F.: 1974, Solar Phys. 38, 193.Google Scholar
40. Kawabata, K., Ogawa, H., Sofue, Y., and Suzuki, I.: 1974,Publ. Astron. Soc. Japan 26, 387.Google Scholar
41. Sheridan, K.V., Labrum, N.R., and Payten, W.J.: 1973,Proc. IEEE 61, 1312.Google Scholar
42. Tanaka, H.: 1974,Proc. Res. Inst. Atmos. Nagoya 21, 33; 1975, 22, 1; 1975, 22, 41.Google Scholar
43. Ishiguro, M.: 1974, Astron. Astrophys. Suppl. 15, 431.Google Scholar
44. Cohen, M.H.: 1973,Proc. IEEE 61, 1192.Google Scholar
45. Counselman, C.C.: 1973, Proc. IEEE 61, 1225.Google Scholar
46. Moran, J.M.: 1973,Proc. IEEE 61, 1236.Google Scholar
47. Clark, B.G.: 1973,Proc. IEEE 61,1242.Google Scholar
48. Clark, T.A. and Erickson, W.C.: 1973,Proc. IEEE 61, 1230.Google Scholar
49. Swenson, G.W. and Kellermann, K.I.: 1975, Science 188, 1263.Google Scholar
50. Kollberg, E.L.: 1973,Proc. IEEE 61, 1323.Google Scholar
51. Reid, M.S., Clauss, R.C., Bathker, D.A., and Stelzreid, C.T.: 1973, Proc. IEEE 61, 1330.Google Scholar
52. Yerbury, M.J.: 1975,Rev. Sci. Instr. 46, 169.Google Scholar
53. Clauss, R.C.: 1974, JPL Deep Space Network Report 42–25.Google Scholar
54. Weinreb, S. and Kerr, A.R.: 1973, IEEE J. Solid State Circ. 8, 58.Google Scholar
55. Kerr, A.R.: 1975, IEEE Trans. MTT 23, 781.Google Scholar
56. Philips, T.G. and Jefferts, K.B.: 1973,Rev. Sci. Instr. 44, 1009; 1974,IEEE Trans. MTT 22, 1290.Google Scholar
57. Penzias, A.A. and Burrus, C.A.: 1973, Ann. Rev. Astron. Astrophys. 11, 51.Google Scholar
58. Parrish, P.T. and Chiao, R.Y.: 1974, Appl. Phys. Letters 25, 627.Google Scholar
59. Levinsen, M.T. and Ulrich, B.T.: 1974,IEEE Trans. MTT 22, 1117.Google Scholar
60. Ables, J.G., Cooper, B.F.C, Hunt, A.J., Moorey, G.G., and Brooks, J.W.: 1975,Rev. Sci. Instr. 46, 1284.Google Scholar
61. Bowers, F.K., Whyte, D.A., Landecker, T.L., and Klinger, R.J.: 1973, Proc. IEEE 61, 1339.Google Scholar
62. Belov, I.F. et al.: 1973, Izv. Vuzov Radiophys. 16, 725.Google Scholar
63. Kordev, O.S., Markseev, A.E., Fomichev, V.V., and Chertok, I.M.: 1973, Soviet Astron. 50, 1233.Google Scholar
64. Mosier, S.R. and Fainberg, J.: 1975, Solar Phys. 40, 501.Google Scholar
65. Cole, T.W.: 1973, Astrophys. J. Letters 15, 55; 1973, Proc. IEEE 61, 1321.Google Scholar
66. Cole, T.W. and Abies, J.G.: 1974, Astron. Astrophys. 34, 149.Google Scholar
67. Ellis, G.R.A.: 1973, Australian J. Phys. 26, 253.Google Scholar
68. Taylor, J.H.: 1973,Proc. IEEE 61, 1295.Google Scholar
69. Alexander, J.K., Kaiser, M.L., Novaco, J.C., Grena, F.R., and Weber, R.R.: 1975,Astron. Astrophys. 40, 365.Google Scholar