1. A test chamber for testing a frequency response of an output for a low band antenna array having a plurality of monopole antennas by providing an RF (radio frequency) test signal into an interior of said test chamber, comprising:
(a) a rectangular shaped base;
(b) first and second side walls extending perpendicularly upward from said base, a rear wall extending perpendicularly upward from said base and a front wall extending perpendicularly upward from said base, one end of each of said first and second side walls being attached to a separate one of the opposed ends of said front wall and the other end of each of each of said first and second side walls being attached to a separate one of the opposed ends of said rear wall to form a rectangular shaped assembly of upstanding walls;
(c) a layer of microwave absorptive foam affixed to upper surface of said base and the interior of said first and second side walls, said front wall and said rear wall;
(d) a rectangular shaped lid mounted on a upper edge of said rectangular shaped assembly of upstanding walls, said rectangular shaped lid being removable from said rectangular shaped assembly of upstanding walls, said rectangular shaped lid having a centrally located opening adapted to receive said low band antenna array;
(e) a probe mounted in the interior of said test chamber, said probe providing said RF test signal, said probe including:
(I) a foam spacer;
(II) a non-metallic pipe affixed to an upper surface of said foam spacer; and
(III) a cooper wire wound around the exterior of said non-metallic pipe; and
(f) a cable positioned within the interior of said test chamber, said cable being connected to said copper wire at one end thereof said cable extending through an opening within the front wall of said test chamber, said cable having a female connector attached to the opposite end thereof.
2. The test chamber of claim 1 wherein said non-metallic pipe comprises a one inch diameter schedule 40 PVC pipe.
3. The test chamber of claim 1 wherein said test chamber has overall dimensions of 10.00 inches in length, 8.00 inches in width and 4.00 inches in depth.
4. The test chamber of claim 1 wherein said copper wire includes five helical turns of #22 solid copper wire wound around the exterior of said non-metallic pipe.
5. The test chamber of claim 1 wherein said layer of microwave absorptive foam has a thickness of approximately 1.70 inches.
6. The test chamber of claim 1 further comprising a pair of alignment pins positioned adjacent the opening within said lid, the opening and the alignment pins of said lid allowing a user to precisely position the monopole antennas of said low band antenna array within the interior of said test chamber.
7. The test chamber of claim 1 wherein said test chamber allows for a measurement of an insertion loss over an operating frequency for said low band antenna array.
8. The test chamber of claim 7 wherein said insertion loss is not greater than \u221230 dB plus or minus 10 dB.
9. The test chamber of claim 1 wherein said rectangular shaped assembly of upstanding walls, said base and said lid are fabricated from steel.
10. The test chamber of claim 1 wherein said foam spacer has a thickness of approximately 0.5 inches.
11. A test chamber for testing a frequency response of an output for a low band antenna array having a plurality of monopole antennas by providing an RF (radio frequency) test signal into an interior of said test chamber, comprising:
(a) a rectangular shaped base;
(b) first and second side walls extending perpendicularly upward from said base, a rear wall extending perpendicularly upward from said base and a front wall extending perpendicularly upward from said base, one end of each of said first and second side walls being attached to a separate one of the opposed ends of said front wall and the other end of each of each of said first and second side walls being attached to a separate one of the opposed ends of said rear wall to form a rectangular shaped assembly of upstanding walls;
(c) a layer of microwave absorptive foam affixed to upper surface of said base and the interior of said first and second side walls, said front wall and said rear wall, said layer of microwave absorptive foam having a thickness of a thickness of approximately 1.70 inches;
(d) a rectangular shaped lid mounted on a upper edge of said rectangular shaped assembly of upstanding walls, said rectangular shaped lid being removable from said rectangular shaped assembly of upstanding walls, said rectangular shaped lid having a centrally located opening adapted to receive said low band antenna array;
(e) a probe mounted in the interior of said test chamber, said probe providing said RF test signal, said probe including:
(I) a foam spacer;
(II) a non-metallic pipe affixed to an upper surface of said foam spacer; and
(III) a cooper wire wound around the exterior of said non-metallic pipe; and
(f) a cable positioned within the interior of said test chamber, said cable being connected to said copper wire at one end thereof said cable extending through an opening within the front wall of said test chamber, said cable having a female connector attached to the opposite end thereof; and
(g) said test chamber allowing for a measurement of an insertion loss over an operating frequency for said low band antenna array, wherein said insertion loss is not greater than \u221230 dB plus or minus 10 dB.
12. The test chamber of claim 11 wherein said non-metallic pipe comprises a one inch diameter schedule 40 PVC pipe.
13. The test chamber of claim 11 wherein said test chamber has overall dimensions of 10.00 inches in length, 8.00 inches in width and 4.00 inches in depth.
14. The test chamber of claim 11 wherein said copper wire includes five helical turns of #22 solid copper wire wound around the exterior of said non-metallic pipe.
15. The test chamber of claim 11 further comprising a pair of alignment pins positioned adjacent the opening within said lid, the opening and the alignment pins of said lid allowing a user to precisely position the monopole antennas of said low band antenna array within the interior of said test chamber.
16. The test chamber of claim 11 wherein said rectangular shaped assembly of upstanding walls, said base and said lid are fabricated from steel.
17. The test chamber of claim 11 wherein said foam spacer has a thickness of approximately 0.5 inches.
18. The test chamber for testing a frequency response of an output for a low band antenna array having a plurality of monopole antennas by providing an RF (radio frequency) test signal into an interior of said test chamber, comprising:
(a) a rectangular shaped base;
(b) first and second side walls extending perpendicularly upward from said base, a rear wall extending perpendicularly upward from said base and a front wall extending perpendicularly upward from said base, one end of each of said first and second side walls being attached to a separate one of the opposed ends of said front wall and the other end of each of each of said first and second side walls being attached to a separate one of the opposed ends of said rear wall to form a rectangular shaped assembly of upstanding walls;
(c) a layer of microwave absorptive foam affixed to upper surface of said base and the interior of said first and second side walls, said front wall and said rear wall, said layer of microwave absorptive foam having a thickness of a thickness of approximately 1.70 inches;
(d) a rectangular shaped lid mounted on a upper edge of said rectangular shaped assembly of upstanding walls, said rectangular shaped lid being removable from said rectangular shaped assembly of upstanding walls, said rectangular shaped lid having a centrally located opening adapted to receive said low band antenna array;
(e) said base, said rectangular shaped assembly of upstanding side walls and said lid each being fabricated from steel;
(f) a probe mounted in the interior of said test chamber, said probe providing said RF test signal, said probe including:
(I) a foam spacer;
(II) a non-metallic pipe affixed to an upper surface of said foam spacer, wherein said non-metallic pipe comprises a one inch diameter schedule 40 PVC pipe; and
(III) a cooper wire wound around the exterior of said non-metallic pipe, wherein said copper wire includes five helical turns of #22 solid copper wire wound around the exterior of said non-metallic pipe; and
(g) a cable positioned within the interior of said test chamber, said cable being connected to said copper wire at one end thereof said cable extending through an opening within the front wall of said test chamber, said cable having a female connector attached to the opposite end thereof;
(h) said test chamber allowing for a measurement of an insertion loss over an operating frequency for said low band antenna array, wherein said insertion loss is not greater than \u221230 dB plus or minus 10 dB; and
(i) said test chamber having dimensions of 10.00 inches in length, 8.00 inches in width and 4.00 inches in depth.
19. The test chamber of claim 18 further comprising a pair of alignment pins positioned adjacent the opening within said lid, the opening and the alignment pins of said lid allowing a user to precisely position the monopole antennas of said low band antenna array within the interior of said test chamber.
20. The test chamber of claim 18 wherein said foam spacer has a thickness of approximately 0.5 inches.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A fluorescent cyano-substituted anthracene polyamine compound according to formula 3
2. The compound of claim 1 used in manufacturing a pharmaceutically acceptable composition.
3. The compound of claim 1 used in a method of treatment by being administered to a patient.
4. The compound of claim 1 used in a method of treatment by being administered to a patient in an amount effective to inhibit a cancer cell.
5. A fluorescent derivative of the compound of claim 1, the derivative according to formula 4
6. The compound of claim 5 used in manufacturing a pharmaceutically acceptable composition.
7. The compound of claim 5 used in a method of treatment by being administered to a patient.
8. The compound of claim 5 used in a method of treatment by being administered to a patient in an amount effective to inhibit a cancer cell.