Shen Zhao

2021-07-17T22:31:40Z

Thedrew:

{{Character Infobox|name=Shen Zhao|image=Shen.jpg|homeworld=Earth|birth=6/4/2357|age=33|death=|species=Human|gender=Female|height={{height|5|4}}|weight={{weight|130}}|hair=Brown|eyes=Brown|ship=Civilian|dept=Civilian|position=Civilian|rank=Civilian|affiliation=Federation}}
==Introduction==
==Physical Profile==
==Psychological Profile==
==Family==Spouse/ Partner*[[Yu Zhen Zhao]]Children*Isha (daughter)*Emiyo (daughter)*Isamu (son)Father*Mother*Sisters in Law*[[Min Zhao]]*[[Jun Zhao]]*[[Rose Zhao]]*[[Yi Zhen Harris]] (nÃ©e Zhao)
==Education / Languages==
Academy:*Major:***Minor(s):**Post-Academy:*Languages Spoken:*Federation Standard*
==Service Record==
==Biography==
==Misc Notes==
Avatar Stats
*Actor/Actress: Kim Hee Sun
*Measurements: xx-xx-xx (Bust-waist-Hip)
*Dress Size: XX US Bra Size: XXY
*Shoe Size: XX (US)
==OOC Info:==
==Gallery==
<gallery heights=200px mode=packed>
File:Shen.jpg
File:Shen2.jpg
File:Shen3.jpg
File:Shen4.jpg
File:Shen5.jpg
File:Shen6.jpg
</gallery>
[[Category:Characters]][[Category:Pregnant_Characters]][[Category:Parents]][[Category:Character Stubs]][[Category:NPC Characters]]

Yi Zhen Harris

2021-07-17T22:29:28Z

Thedrew:

{{Character Infobox|name=Yi Zhen Harris|image=YiZhen.jpg|homeworld=Earth|birth= |age=29|death=|species=Human|gender=Female|height={{height|5|4}}|weight={{weight|118}}|hair=Light Brown|eyes=Brown|ship=Civilian|dept=Civilian|position=Civilian|rank=Civilian|affiliation=Federation}}
==Introduction==
==Physical Profile==
==Psychological Profile==
==Family==
Spouse/ Partner*[[Keith Harris]]Children*Mei-Lian Harris (2)*(expecting)Father*Wei Shan ZhaoMother*Elisabet RamseySiblings*[[Yu Zhen Zhao]]*[[Jun Zhao]]*[[Min Zhao]]*[[Rose Zhao]]Other Family*[[Shen Zhao]] (Yu Zhen's wife)*Isha Zhao (niece)
==Education / Languages==
Academy:*Major:***Minor(s):**Post-Academy:*Languages Spoken:*Federation Standard*
==Service Record==
==Biography==
Avatar Stats
*Actor/Actress: Vicki Zhao (Zhao Wei)
*Measurements: 32-30-32 (Bust-waist-Hip)
*Dress Size: 5 US
*Bra Size: 32A
*Shoe Size: 8 (US)
==OOC Info==
==Gallery==
<gallery heights=200px mode=packed>
File:YiZhen.jpg
File:YiZhen2.jpg
File:YiZhen3.jpg
File:YiZhen4.jpg
File:YiZhen5.jpg
File:YiZhen6.jpg
File:YiZhen7.jpg
File:YiZhen8.jpg
File:YiZhen9.jpg
File:YiZhen10.jpg
File:YiZhen11.jpg</gallery>
[[Category:Characters]][[Category:Pregnant_Characters]][[Category:Parents]][[Category:Character Stubs]][[Category:NPC Characters]]"

Jun Zhao

2021-07-17T22:25:21Z

Thedrew:

{{Character Infobox|name=Jun Zhao|image=Jun.jpg|homeworld=Earth|birth=11/23/2362|age=28|death=|species=Human|gender=Female|height={{height|5|5}}|weight={{weight|120}}|hair=Brown|eyes=Brown|ship=[http://www.usswolff.com/ USS Wolff]|dept=Medical|position=Head Nurse|rank=Lieutenant Junior Grade|affiliation=Federation}}
==Introduction==
==Physical Profile==
==Psychological Profile==
==Family==
Spouse/ Partner*
Children*
Father
*Wei Shan Zhao
Mother
*Elisabet Ramsey
Siblings
*[[Yu Zhen Zhao]]
*[[Min Zhao]]
*[[Yi Zhen Harris]] (nÃ©e Zhao)
*[[Rose Zhao]]
Other Family
*[[Shen Zhao]] (Yu Zhen's wife)
*Isha Zhao (niece)
*[[Keith Harris]] (Yi Zhen's Husband)
*Mei-Lian Harris (Niece)
==Education / Languages==
Academy:
*Major:
***Minor(s):
**Post-Academy:
*Languages Spoken:
**Federation Standard*
==Service Record==
==Biography==
==Misc Notes==
Avatar Stats Actor/Actress: Leah Dizon
Measurements: xx-xx-xx (Bust-waist-Hip)
Dress Size: XX US
Bra Size: XXC
Shoe Size: XX (US)
==OOC Info==
==Gallery==
<gallery heights=200px mode=packed>File:Jun.jpg</gallery>
[[Category:Characters]][[Category:Character Stubs]][[Category:NPC Characters]]

Min Zhao

2021-07-17T12:39:14Z

Thedrew: /* Service Record */

Min Zhao

2021-07-16T14:36:20Z

Thedrew: /* Misc Notes */

2021-07-15T13:01:57Z

Thedrew: /* Spectral Class O */

__NOTOC__
(From Memory Alpha's Article: [[memoryalpha:Star|Star]])[[File:H-R_diagram.png|right|x400px]]

A star (or "sun") is a massive energy-producing sphere of plasma and gas located in space. The region around a star that is held by its gravity, including any planets, moons, comets, and asteroids, is called a star system.

Spectral classification is the classification of stars based upon the temperature of the photosphere. Each spectral class is further divided into 10 subclasses, ranging from 0 (hottest) to 9 (coolest). Stars are also placed into one of sevaral categories based upon luminosity:

* 0 (hypergiants)
* 1a (luminous supergiants)
* 1ab (intermediate luminous supergiants
* 1b (less luminous supergiants)
* II (bright giants)
* III (normal giants)
* IV (subgiants)
* V (main sequence and dwarf stars)
* VI (subdwarfs)
* VII (uncommon white dwarfs)

For example, Sol is classified as type G2V. This indicates that is a Spectral Class G star of considerable temperature, and that it is a part of the main sequence.

Data borrowed from Wikipedia Article: [[wikipedia:Stellar_classification|Stellar Classification]]

{| width="100%" style="background: transparent"
| colspan="4" | <h3 style="border-radius: 5px; -moz-border-radius: 5px;margin:0;background-color:#313131;;border:1px solid #000000;text-align:left;color:#ffffff;padding:0.2em 0.4em;">Contents</h3>
|-
| width="25%" | [[#Spectral Class O|Spectral Class O]]
| width="25%" | [[#Spectral Class Bl|Spectral Class B]]
| width="25%" | [[#Spectral Class A|Spectral Class A]]
| width="25%" | [[#Spectral Class F|Spectral Class F]]
|-
| width="25%" | [[#Spectral Class G|Spectral Class G]]
| width="25%" | [[#Spectral Class K|Spectral Class K]]
| width="25%" | [[#Spectral Class M|Spectral Class M]]
|}

== Spectral Class O ==

Class O stars are very hot and extremely luminous, with most of their radiated output in the ultraviolet range. These are the rarest of all main-sequence stars. About 1 in 3,000,000 (0.00003%) of the main-sequence stars in the solar neighborhood are class O stars. Some of the most massive stars lie within this spectral class. Class O stars frequently have complicated surroundings which make measurement of their spectra difficult

{| class="wikitable"
|style="width:200px"|COLOR||style="width:200px"|Blue||rowspan="10" style="width:100px; background-color:#000000;"|[[file:AST_SC_O.png]]
|-
|SURFACE TEMP||≥ 30,000 K
|-
|COMPOSITION||Ionized atoms, helium
|-
|MASS||≥ 16 sols
|-
|RADIUS||≥ sols
|-
|LUMINOSITY||≥ 30,000
|-
|MAGNITUDE||-3
|-
|ABUNDANCE||~0.00003% of all stars
|-
|LIFETIME||10 million years
|-
|EXAMPLES||Mintaka, Kalidar, Zeta Puppis
|}

== Spectral Class B ==

Class B stars are very luminous and blue. Their spectra have neutral helium, which are most prominent at the B2 subclass, and moderate hydrogen lines. Ionized metal lines include Mg II and Si II. As O and B stars are so powerful, they only live for a relatively short time. Thus, due to the low probability of kinematic interaction during their lifetime, they do not, and are unable to, stray far from the area in which they were formed.

{| class="wikitable" width="674px"
|style="width:100px"|COLOR||Blue White||rowspan="10" style="width:100px; background-color:#000000;"|[[file:AST_SC_B.png]]
|-
|SURFACE TEMP||10,000 - 30,000 K
|-
|COMPOSITION||Neutral helium, some hydrogen
|-
|MASS||2.1 - 16 sols
|-
|RADIUS||1.8 - 6.6 sols
|-
|LUMINOSITY||25,000 - 30,000
|-
|MAGNITUDE||-6
|-
|ABUNDANCE||0.13% of stars
|-
|LIFETIME||100 Million Years
|-
|EXAMPLES||Rigel, Alpha Eridani
|}

== Spectral Class A ==

Class A stars are among the more common naked eye stars, and are white or bluish-white. They have strong hydrogen lines, at a maximum by A0, and also lines of ionized metals (Fe II, Mg II, Si II) at a maximum at A5. The presence of Ca II lines is notably strengthening by this point. About 1 in 160 (0.625%) of the main-sequence stars in the solar neighborhood are class A stars.

{| class="wikitable" width="674px"
|style="width:100px"|COLOR||White||rowspan="10" style="width:100px; background-color:#000000;"|[[file:AST_SC_A.png]]
|-
|SURFACE TEMP||7,500 - 10,000 K
|-
|COMPOSITION||Strong hydrogen and ionized metals
|-
|MASS||1.4 - 2.1 sols
|-
|RADIUS||1.4 - 1.8 sols
|-
|LUMINOSITY||5 - 25
|-
|MAGNITUDE||+1
|-
|ABUNDANCE||0.6% of stars
|-
|LIFETIME||1 billion years
|-
|EXAMPLES||Vega, Sirius
|}

== Spectral Class F ==

Class F stars have strengthening H and K lines of Ca II. Neutral metals (Fe I, Cr I) beginning to gain on ionized metal lines by late F. Their spectra are characterized by the weaker hydrogen lines and ionized metals. Their color is white. About 1 in 33 (3.03%) of the main-sequence stars in the solar neighborhood are class F stars.

{| class="wikitable" width="674px"
|style="width:100px"|COLOR||Yellow White||rowspan="10" style="width:100px; background-color:#000000;"|[[file:AST_SC_F.png]]
|-
|SURFACE TEMP||6,000 - 7,500 K
|-
|COMPOSITION||Hydrogen and ionized metals, calcium and iron
|-
|MASS||1.04 - 1.4 sols
|-
|RADIUS||1.15 - 1.4 sols
|-
|LUMINOSITY||1.5 - 5
|-
|MAGNITUDE||+3
|-
|ABUNDANCE||3% of stars
|-
|LIFETIME||3 billion years
|-
|EXAMPLES||Canopus, Procyon
|}

== Spectral Class G ==

Class G stars are probably the best known, if only for the reason that the Sun is of this class. They make up about 7.5%, nearly one in thirteen, of the main-sequence stars in the solar neighborhood.

Most notable are the H and K lines of Ca II, which are most prominent at G2. They have even weaker hydrogen lines than F, but along with the ionized metals, they have neutral metals. There is a prominent spike in the G band of CH molecules. G is host to the "Yellow Evolutionary Void". Supergiant stars often swing between O or B (blue) and K or M (red). While they do this, they do not stay for long in the yellow supergiant G classification as this is an extremely unstable place for a supergiant to be.

{| class="wikitable" width="674px"
|style="width:100px"|COLOR||Yellow||rowspan="10" style="width:100px; background-color:#000000;"|[[file:AST_SC_G.png]]
|-
|SURFACE TEMP||5,200 - 6,000 K
|-
|COMPOSITION||Ionized calcium, neutral and ionized metals
|-
|MASS||0.8 - 1.04 sols
|-
|RADIUS||0.96 - 1.15 sols
|-
|LUMINOSITY||0.6 - 1.5
|-
|MAGNITUDE||+5
|-
|ABUNDANCE||7.6% of stars
|-
|LIFETIME||10 billion years
|-
|EXAMPLES||Sol, Ka'Tula, Capella
|}

== Spectral Class K ==

Class K stars are orangish stars that are slightly cooler than the Sun. They make up about 12%, nearly one in eight, of the main-sequence stars in the solar neighborhood. There are also giant K-type stars, which range from hypergiants like RW Cephei, to giants and supergiants, such as Arcturus, whereas orange dwarfs, like Alpha Centauri B, are main-sequence stars.

They have extremely weak hydrogen lines, if they are present at all, and mostly neutral metals (Mn I, Fe I, Si I). By late K, molecular bands of titanium oxide become present. There is a suggestion that K Spectrum stars may potentially increase the chances of life developing on orbiting planets that are within the habitable zone.

{| class="wikitable" width="674px"
|style="width:100px"|COLOR||Orange||rowspan="10" style="width:100px; background-color:#000000;"|[[file:AST_SC_K.png]]
|-
|SURFACE TEMP||3,700 - 5,200 K
|-
|COMPOSITION||Neutral Metals
|-
|MASS||0.45 – 0.8 sols
|-
|RADIUS||0.7 – 0.96 sols
|-
|LUMINOSITY||0.08 – 0.6
|-
|MAGNITUDE||+10
|-
|ABUNDANCE||12.1% of stars
|-
|LIFETIME||50 billion years
|-
|EXAMPLES||Arcturus, Aldebaran, Alpha Centauri
|}

== Spectral Class M ==

Class M stars are by far the most common. About 76% of the main-sequence stars in the Solar neighborhood are class M stars. However, because main-sequence stars of spectral class M have such low luminosities, none are bright enough to be visible to see with the unaided eye. The brightest known M-class main-sequence star is M0V Lacaille 8760 at magnitude 6.6 (the fractionally brighter Groombridge 1618 was once considered to be class M0 but is now considered to be as K5) and it is extremely unlikely that any brighter examples will be found.

Although most class M stars are red dwarfs, the class also hosts most giants and some supergiants such as VY Canis Majoris, Antares and Betelgeuse. Furthermore, the late-M group holds hotter brown dwarfs that are above the L spectrum. This is usually in the range of M6.5 to M9.5. The spectrum of a class M star shows lines belonging to oxide molecules, TiO in particular, in the visible and all neutral metals, but absorption lines of hydrogen are usually absent. TiO bands can be strong in class M stars, usually dominating their visible spectrum by about M5. Vanadium monoxide bands become present by late M.

{| class="wikitable" width="674px"
|style="width:100px"|COLOR||Red||rowspan="10" style="width:100px; background-color:#000000;"|[[file:AST_SC_M.png]]
|-
|SURFACE TEMP||2,500 - 3,500 K
|-
|COMPOSITION||Ionized Atoms, helium
|-
|MASS||0.2 sols
|-
|RADIUS||0.3 sols
|-
|LUMINOSITY||0.04
|-
|MAGNITUDE||+15
|-
|ABUNDANCE||76.45% of stars
|-
|LIFETIME||1 trillion years or more
|-
|DEATH||becomes a white dwarf
|-
|EXAMPLES||Proxima Centauri, Wolf 359
|}

== Spectral Class L ==

Class L dwarfs get their designation because they are cooler than M stars and L is the remaining letter alphabetically closest to M. Some of these objects have masses large enough to support hydrogen fusion and are therefore stars, but most are of substellar mass and are therefore brown dwarfs. They are a very dark red in color and brightest in infrared. Their atmosphere is cool enough to allow metal hydrides and alkali metals to be prominent in their spectra.
{| class="wikitable" width="674px"
|style="width:100px"|COLOR||Dark Red||rowspan="10" style="width:100px; background-color:#000000;"|[[file:AST_SC_L.png]]
|-
|SURFACE TEMP||1,300 - 2,500 K
|-
|COMPOSITION||metal hydride, neutral metals
|-
|MASS||0.1 sols
|-
|RADIUS||≤ 0.2 sols
|-
|LUMINOSITY||≤ 0.02
|-
|MAGNITUDE||+20
|-
|ABUNDANCE||(possibly very abundant)
|-
|LIFETIME||1 trillion years or more
|-
|DEATH||becomes a brown dwarf
|-
|EXAMPLES||
|}

== Spectral Class T ==

Class T dwarfs are cool brown dwarfs with surface temperatures between approximately 550 and 1,300 K (277 and 1,027 °C; 530 and 1,880 °F). Their emission peaks in the infrared. Methane is prominent in their spectra.[69][70]

Classes T and L could be more common than all the other classes combined if recent research is accurate. Study of the number of proplyds (protoplanetary discs, clumps of gas in nebulae from which stars and planetary systems are formed) indicates that the number of stars in the galaxy should be several orders of magnitude higher than what was previously speculated. It is theorized that these proplyds are in a race with each other. The first one to form will become a protostar, which are very violent objects and will disrupt other proplyds in the vicinity, stripping them of their gas. The victim proplyds will then probably go on to become main-sequence stars or brown dwarfs of the L and T classes, which are quite invisible to us. Because brown dwarfs can live so long, these smaller bodies accumulate over time.

{| class="wikitable" width="674px"
|style="width:100px"|COLOR||Brown||rowspan="10" style="width:100px; background-color:#000000;"|[[file:AST_SC_T.png]]
|-
|SURFACE TEMP||< 1,300 K
|-
|COMPOSITION||Methane
|-
|MASS||0.08 sols
|-
|RADIUS||0.08 sols
|-
|LUMINOSITY||0.001
|-
|MAGNITUDE||+25
|-
|ABUNDANCE||(possibly very abundant)
|-
|LIFETIME||1 trillion years or more
|-
|DEATH||
|-
|EXAMPLES||
|}

==Copyright Notice==
Images used with permission from http://sttff.net/

File:Rra-03.png

2021-07-15T12:55:26Z

Thedrew:

File:Rra-01.png

2021-07-15T12:54:56Z

Thedrew:

2021-07-15T12:50:13Z

Thedrew: /* Copyright Notice */

{{CopyrightedContent}}{{ShipSpecs
|image=GryphonFighter.png
|name=Gryphon Class
|category=Space Superiority Fighter
|duration=0 Years
|resupply=0 Years
|refit=0 Years
|crew=1
|officers=
|enlisted=
|marines=
|passengers=
|evaccap=
|stardock=
|cruisevel= Warp 4.3
|maxvel= Warp 5.9
|emervel= Warp 6.6 (for 9 hours)
|diameter=
|mainheight=
|overallheight=
|length= 12.5 metres
|width= 9.5 metres
|height= 6.6 metres
|decks= 1
}}
==Description==
The '''Gryphon Class''' is able to mount three weapons pods on the fighter. These pods are detailed below and turn the ''Raptor'' from a Fighter into a Light Bomber:

1: Light Bomber:
Micro Tri-Cobalt launcher pod, 8 warheads, has a negative effect on manoeuvrability; therefore the fighter should be escorted by faster craft

2: Light Bomber:
Photon/Quantum Torpedo pod, which can carry a pair of full sized photon or quantum torpedoes. This has an adverse effect upon the fighters manoeuvrability and should only be considered when placed in a bomber role

==Armament==
Defensive Systems
:[[Ablative armour|Ablative Armour]]
Phasers
:[[Type_U+_Pulse_Phaser_Cannon|Type U+ Micro-pulse]]: 5
Shielding Systems
:[[Fighter shielding system]]
Micro-Torpedoes
:[[Micro-torpedo launcher|Micro-Torpedo Launchers]]: 1
::[[Micro-quantum torpedo|Micro-Quantum Torpedoes]]: 20

<include iframe src="https://sketchfab.com/models/709b95ebedf64714ad27274a9bcdb5a8/embed" width="490" height="380" frameborder="0" scrolling="no" allowfullscreen="allowfullscreen" mozallowfullscreen="true" webkitallowfullscreen="true" onmousewheel="" />
{{Starfleet Auxiliary Craft}}

[[Category:Ship class]][[Category:Auxiliary_craft]][[Category:Fighters]]