折腾一上午了，还是不知道怎么回事，重下了3次了，求解决【心灵终结吧】_百度贴吧
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本吧签到人数：0可签7级以上的吧50个
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折腾一上午了，还是不知道怎么回事，重下了3次了，求解决
Syringe cannot be run just like that.Please run a Syringe control file这个是直接打开MOLxxxxx.exe，然后弹出的框。然后我为了解决这个，去调CNC.exe的设置，结果调了也没用。我觉得，最关键的问题是这个：为什么我的gamemo/gamemd.exe，双击后鼠标指针右上方只会短暂的转一下，然后什么事情都没有发生。这到底怎么回事？我也用兼容模式了啊。然后其他的EXE文件，比如yuri这个文件，还有Ra2md.exe的文件，双击后，鼠标指针右上方会长时间转并进入游戏，但是进入游戏，只有尤里的复仇的图变成了心灵终结，其他毫无变化。本想回味下儿时乐趣，这个问题实在没法解决的话，那就算了。。。
删掉cncnet.ini。
LZ尽管问2L
gamemo/gamemd.exe不能开，开YURI.exe和Ra2md.exe是原版YR，只有用MOLauncher.exe才能正常打开，MOLauncher打开后有4个选项，第一个是正常启动，玩单机就开这个，第二个是联机，只是单机的话就别用这个，而且先解决单机启动后再考虑联机，CNCNET.exe和Syringe.exe不需要动，顺便问一下系统是WIN几，MOLauncher如果不能正常打开就去下.Net framework 3.5或4.0，还有问题的话就去看置顶
贴吧热议榜
使用签名档&&
保存至快速回贴From Wikipedia, the free encyclopedia
Disposable syringe with needle, with parts labelled: plunger, barrel, needle adaptor, needle hub, needle bevel, needle shaft.
A typical plastic medical syringe, fitted with a detachable stainless steel needle.
According to the , about 90% of the medical syringes are used to administer , 5% for
and 5% for other uses such as .
A syringe is a simple
consisting of a plunger (though in modern syringes it's actually a ) that fits tightly within a cylindrical tube called a barrel. The plunger can be linearly pulled and pushed along the inside of the tube, allowing the syringe to take in and expel
through a discharge
at the front (open) end of the tube. The open end of the syringe may be fitted with a , a
to help direct the flow into and out of the barrel. Syringes are frequently used in
to administer , infuse
into the bloodstream, apply compounds such as
or , and draw/measure liquids.
The word "syringe" is derived from the
σ?ριγξ (, meaning "tube").
The threads of the
tip of this 12mL disposable syringe keep it securely connected to a tube or other apparatus.
An old glass syringe.
Sectors in the syringe and needle market include disposable and , injection pens, needleless injectors, insulin pumps, and specialty needles. Hypodermic syringes are used with
or gases into body tissues, or to remove from the . Injecting of
is hazardous, preventing embolisms by removing
from the syringe is one of the reasons for the familiar image of holding a hypodermic syringe pointing upward, tapping it, and expelling a small amount of liquid before an injection into the .
of a syringe is made of
or , usually has graduated marks indicating the volume of
in the syringe, and is nearly always transparent.
syringes may be
in an . However, most modern medical syringes are
with a rubber piston, because this type seals much better between the piston and the barrel and because they are cheap enough to dispose of after being used only once, reducing the
of spreading . Reuse of needles and syringes has caused spread of diseases, especially
and , among intravenous drug users. Syringes are also commonly reused by diabetics, as they can go through several in a day with multiple daily insulin injections, which becomes an affordability issue for many. Even though the syringe and needle are only used by a single person, this practice is still unsafe as it can introduce bacteria from the skin into the bloodstream and cause serious and sometimes lethal infections. In medical settings, single-use needles and syringes effectively reduce the risk of cross-contamination.
Medical syringes are sometimes used without a needle for orally administering liquid medicines to young children or animals, or milk to small young animals, because the dose can be measured accurately and it is easier to squirt the medicine into the subject's mouth instead of coaxing the subject to drink out of a measuring spoon.
Syringes come with a number of designs for the area in which the blade locks to the syringe body. Perhaps the most well known of these is the , which simply twists the two together.
Bodies featuring a small, plain connection are known as slip tips and are useful for when the syringe is being connected to something not featuring a screw lock mechanism.
Similar to this is the catheter tip, which is essentially a slip tip but longer and tapered, making it good for pushing into things where there the plastic taper can form a tight seal. These can also be used for rinsing out wounds or large abscesses in veterinary use.
There is also an eccentric tip, where the nozzle at the end of the syringe is not in the centre of the syringe but at the side. This causes the blade attached to the syringe to lie almost in line with the walls of the syringe itself and they are used when the blade needs to get very close to parallel with the skin (when injecting into a surface vein or artery for example).
Insulin syringes are marked in insulin "units".
Syringes for
users are designed for standard U-100 insulin. The dilution of insulin is such that 1 mL of insulin fluid has 100 standard "units" of insulin. Since insulin vials are typically 10 mL, each vial has 1000 units.
Insulin syringes are made specifically for self injections and have friendly features:
shorter needles, as insulin injections are
(under the skin) rather than intramuscular,
finer gauge needles, for less pain, and
markings in insulin units to simplify drawing a measured dose of insulin.
to reduce complications caused by improper drawing order of different insulin strengths.[]
U-100 Syringe Sizes and Markings
1cc (1 mL) Syringe
Holds maximum:
Numbered in:
10 unit increments
Smallest line measures 2 units:
(all but 31 gauge needle)
Smallest line measures 1 unit:
Easy Touch
Precision Sure Dose
1/2cc (0.5 mL) Syringe
Holds maximum:
Numbered in:
10 unit increments
Smallest line measures 1 unit:
Precision Sure Dose
Easy Touch
3/10cc (0.3 mL) Syringe
Holds maximum:
Numbered in:
5 unit increments
Smallest line measures 1 unit:
BD Micro Fine
BD Ultra Fine
(standard length only)
Easy Touch
Half-unit scale 3/10cc (0.3 mL) Syringe
Holds maximum:
Numbered in:
5 unit increments
Smallest line measures 1/2 unit:
BD Ultra Fine II (short)
There are needle syringes designed to reload from a built-in tank (container) after each injection, so they can make several or many injections on a filling. These are not used much in human medicine because of the risk of cross-infection via the needle. An exception is the personal
Venom extraction syringes are different from standard syringes, because they usually do not puncture the wound. The most common types have a plastic nozzle which is placed over the affected area, and then the syringe piston is pulled back, creating a vacuum that allegedly sucks out the venom. Attempts to treat snakebites in this way are specifically advised against, as they are ineffective and can cause additional injury.
Syringes of this type are sometimes used for extracting
larvae from the skin.
An oral syringe is a
used to accurately measure doses of liquid
which are expressed in
(mL). They do not have threaded tips, because no needle or other device needs to be screwed onto them. The contents are simply squirted or sucked from the syringe directly into the mouth of the person or animal.
Oral syringes are available in various sizes, from 1–10 mL and larger. The sizes most commonly used are 1 mL, 2.5 mL and 5 mL.
A dental syringe is a used by
for the injection of an . It consists of a breech-loading syringe fitted with a sealed cartridge containing anesthetic solution.
The ancillary tool (generally part of a ) used to supply water, compressed air or mist (formed by combination of water and compressed air) to the oral cavity for the purpose of irrigation (cleaning debris away from the area the dentist is working on), is also referred to as a dental syringe or a dental irrigation nozzle.
A 3-way syringe/nozzle has separate internal channels supplying air, water or a mist created by combining the pressurized air with the waterflow. The syringe tip can be separated from the main body and replaced when necessary.
In the UK and Ireland, manually operated hand syringes are used to inject
into patients' gums.
In some jurisdictions, the sale or possession of hypodermic syringes may be controlled or prohibited without a prescription, due to its potential use with illegal .
The syringe has many non-medical applications.
Laboratory grease, commonly used to lubricate
and , is sometimes loaded in syringes for easy application
Some chemical compounds, such as
and various glues e.g., are sold in prepackaged syringes.
Medical-grade disposable hypodermic syringes are often used in research laboratories for convenience and low cost. Another application is to use the needle tip to add liquids to very confined spaces, such as washing out some scientific apparatus. They are often used for measuring and transferring solvents and reagents where a high precision is not required. Alternatively, microliter syringes can be used to measure and dose chemicals very precisely by using a small diameter capillary as the syringe barrel.
construction of these disposable syringes usually makes them rather chemically resistant. There is, however, a risk of the contents of the syringes leaching plasticizers from the syringe material. Non-disposable glass syringes may be preferred where this is a problem. Glass syringes may also be preferred where a very high degree of precision is important (i.e. ), because their
are lower and the plungers move more smoothly. In these applications, the transfer of
is usually not an issue.
Used with a long needle or , syringes are also useful for transferring fluids through rubber
when atmospheric
are being excluded. Examples include the transfer of air-sensitive or
reagents such as
respectively. Glass syringes are also used to inject small samples for
(1 μl) and
(10 μl). Syringe drivers may be used with the syringe as well.
uses of syringes are injecting liquids (such as ) into other foods, or for the manufacture of some .[]
Syringes may also be used when
meat to enhance flavor and texture by injecting juices inside the meat, and in
to inject filling inside a .
Syringes are used to refill
Common workshop applications include injecting
into tight spots to repair joints where disassembly is impra and injecting lubricants onto working surfaces without spilling.
Sometimes a large hypodermic syringe is used without a needle for very small baby
from in artificial rearing.
Historically, large pumps that use reciprocating motion to pump water were referred to as syringes. Pumps of this type were used as early
equipment.
There are fountain syringes where the liquid is in a bag or can and goes to the nozzle via a pipe. In earlier times,
syringes were used for that purpose.
is often applied using modified syringes.[] The nozzle is removed so the opening is the width of the chamber. The snus can be packed tightly into the chamber and plunged into the upper lip. Syringes, called portioners, are also manufactured for this particular purpose.
Syringes that are able to administer medication can be used to act as cap guns, where the projectile is not usually a cap but can be paper or aluminium pellets.
De medicina
The first piston syringes were used in Roman times. During the 1st century AD
mentions the use of them to treat medical complications in his .
Pre-columbian Native Americans created early hypodermic needles and syringes using "hollow bird bones and small animal bladders".
9th century AD: The / surgeon
created a syringe in the 9th century using a hollow glass tube, and suction to remove
from patients' eyes, a practice that remained in use until at least the 13th century.[]
invented a syringe (not necessarily hypodermic) as an application of what is now called .
1844: Irish physician
invented the hollow needle and used it to make the first recorded subcutaneous injections, specifically a sedative to treat .
developed a medical hypodermic syringe with a needle fine enough to pierce the skin.
Alexander Wood experimented with injected morphine to treat neuralgia. He and his wife became addicted to it. His wife was the first woman to die of an injected drug overdose, although Richard Davenport-Hines says, 'It is a myth: she outlived him, and survived until 1894.'
of New York was granted a patent for "In a hand-syringe the combination of a cylinder, a piston and an operating-rod which is bent upon itself to form a smooth and rigid arm terminating in a handle, which, in its extreme positions, is located within reach of the fingers of the hand which holds the cylinder, thus permitting one hand to hold and operate the syringe..."
in , West Midlands, England produced the first all-glass syringe with interchangeable barrel and plunger, thereby allowing mass-sterilisation of components without the need for matching them.
1949: Australian inventor Charles Rothauser created the world's first plastic, disposable hypodermic syringe at his Adelaide factory.
1951: Rothauser produced the first injection-moulded syringes made of , a plastic that can be heat-sterilised. Millions were made for Australian and export markets.
1956: New Zealand pharmacist and inventor
was granted New Zealand and Australian patents for a disposable plastic syringe.
1989: Manuel Jalón Corominas invented the auto-disposable needle-syringe. The head with the needle is detached from the syringe after use. This invention greatly reduced from there on the spread of Aids and drug related diseases.
Fire syringe has two meanings:
A squirt, in the form of a large syringe, one of the first
devices in history used to squirt water onto the burning fuel.
, a device to ease injection, e.g. by the patient or other untrained personnel.
, injects without a needle, by squirting the injection fluid so fast that it makes a hole in the skin.
, a standardized fitting system used for making leak-free connections between syringe tips and needles.
, is a social policy based on the philosophy of harm reduction where injecting drug users (IDUs) can obtain hypodermic needles and associated injection equipment at little or no cost.
, a fairly common extreme fear of hypodermic syringes
, similar to a syringe except that it has a closed flexible tube (like that used for toothpaste) instead of a rigid tube and piston.
to remove excess ear wax.
, the nymph from classical mythology after which syringes were supposedly named.
, with features to prevent accidental needlesticks and reuse
(in French) ,
at the ., , 23 February 2015 (page visited on 23 February 2015).
from the original on .
. TriMark Publications, LLC. June 2013.
from the original on .
Bethany, Asked by. .
from the original on .
. TriMark Publications, LLC. July 2014.
from the original on .
Sinding C (). "Making the unit of insulin: standards, clinical work, and industry, ". Bull Hist Med. 76 (2): 231–70.  .
from the original on .
from the original on .
from the original on .
. Vetmed.wsu.edu.
from the original on .
. Relion.com.
from the original on .
(PDF) from the original on .
. Easytouchsyringes.com.
from the original on .
from the original on .
. Ulti-care.com.
from the original on .
. Easytouchsyringes.com.
from the original on .
from the original on .
. Easytouchsyringes.com.
from the original on .
from the original on .
Bush MD, Sean P. (February 2004).
(PDF). . 43 (2): 187–188. :.
(PDF) from the original on .
Boggild, Andrea K.; Jay S. K Kevin C. Kain (August 2002). . . 35 (3): 336–338. :.  .
. Netdoctor.
from the original on .
from the original on .
Zakrzewska, J. M.; Boon, E. C. (23 August 2003). . British Dental Journal. 195 (4): 207–209. : – via www.nature.com.
Zakrzewska, J. M.; Greenwood, I.; Jackson, J. (27 January 2001). . British Dental Journal. 190 (2): 88–92. :.  .
from the original on 16 June 2012 – via www.nature.com.
. Childrenwithdiabetes.com.
from the original on .
from the original on .
. news.nationalgeographic.com.
from the original on .
. indiancountrymedianetwork.com.
from the original on .
from the original on 3 July .
Davenport-Hines, Richard (2004). The Pursuit of Oblivion : A Global History of Narcotics. New York: W.W. Norton. p. 68.  .
from the original on .
Walford, Cornelius. The insurance cyclopaedia: being a dictionary of the definitions of terms used in connexion with the theory and practice of insurance in all its branches: a biographical summary ... a bibliographical repertory of all works written upon the subject ... an . London: C. and E. Layton ;, . 337 Print. .
from the original on .
Hans-Jürgen B?ssler und Frank Lehmann : Containment Technology: Progress in the Pharmaceutical and Food Processing Industry. Springer, Berlin 2013,  
Wikimedia Commons has media related to .
in Wiktionary, the free dictionary.
: Hidden categories:XP系统玩 MO3.3.2
启动不了【心灵终结吧】_百度贴吧
&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&&签到排名：今日本吧第个签到，本吧因你更精彩，明天继续来努力！
本吧签到人数：0可签7级以上的吧50个
本月漏签0次！成为超级会员，赠送8张补签卡连续签到：天&&累计签到：天超级会员单次开通12个月以上，赠送连续签到卡3张
关注：35,351贴子：
XP系统玩 MO3.3.2
XP系统玩 MO3.3.2
正常打开，但是
战役和遭遇战都不能玩，点开始直接弹框 syringe0.7.1.0 找不到指定文件！求大神帮忙
可以正常启动，
游戏是在贴吧下的，全部单独的，分开下载然后打的补丁。之前也下载一个
火星鼠的整合版的，但是那个
能玩遭遇战，玩战役的话
开始按键点不动，分辨率尝试调整了好几种 都不行
这个是整合版的那个， 战役模式
点不动，点返回主界面
emmm 把MO装到YR里
目测应该是缺7个组件 具体怎么弄等别人回我懒
贴吧热议榜
使用签名档&&
保存至快速回贴請完成以下驗證碼
查看: 4145|回复: 15
《红警2》MOD心灵终结（Mental Omega）更新
抢在书记之前复制粘贴真是不好意思
我就求个分流
头像被屏蔽
提示: 作者被禁止或删除 内容自动屏蔽
本帖最后由 boomerangkid 于
16:10 编辑
上个版本玩过尤里下面某阵营的任务，外形类似扁虱坦克的单位射出细细的激光，伤害和将军里的坦克们一个级别，感觉到了强烈的违和感
我看那篇文章的收获是找到了入CNC正版为当年的快乐买单的途径。
红警MOD 心灵终结3.3放出
波兰死宅三轮带头做的坑了N年的红警2MOD心灵终结3.3终于放出来了，
第四阵营焚风登场
三军都有新兵种
重做的红警战役ACT2放出（然而他们只放一半(╬?д?)）
个人觉得比RA3好玩多了(＾o＾)?
下载：http://tieba.baidu.com/p/?qq-pf-to=pcqq.group
—— 来自 Xiaomi Redmi Note 3, Android 5.1.1上的
红警MOD 心灵终结3.3放出
波兰死宅三轮带头做的坑了N年的红警2MOD心灵终结3.3终于放出来了，
第四阵营焚风 ...
。。。尴尬了
为什么一看到红警/MOD这两个关键字后脑子里第一个冒出来的是聂高明这个名字……
头像被屏蔽
提示: 作者被禁止或删除 内容自动屏蔽
烂橘子下载的RA2各种bug
烂橘子下载的RA2各种bug
心灵终结贴吧有打包的整合版，直接下了在非中文目录解压运行就行
心灵终结贴吧有打包的整合版，直接下了在非中文目录解压运行就行
Win10无力==，贴吧版都卡卡的
Win10无力==，贴吧版都卡卡的
ARES平台脚本多吧……玩到后面刷新率下降蛮正常的
下载了按照指示放在ORIGIN的RA2YURI里面，可以进游戏但是无法开始任何关卡或者遭遇战，闪一下回到菜单而已，不知道是不是WIN10的问题
有木剧情模式有就下个
有木剧情模式有就下个
有 但没汉化
下载了按照指示放在ORIGIN的RA2YURI里面，可以进游戏但是无法开始任何关卡或者遭遇战，闪一下回到菜单而已 ...
闪退的将gamemd.exe和syringe.exe在兼容性选项卡里头选择XP SP3的兼容模式，同时开启管理员权限运行，MentalOmegaClient.exe，即客户端启动器设置成管理员权限（不需要单独设置兼容模式）。
这个解决方案同样适用于无法设置视频模式的。
如果有窗口状态按ESC看不到菜单的，在启动器的视频设置里头渲染改TS开头的模式
Powered by怎么回事?红色警戒2心灵终结3.3无法启动遭遇战_百度知道
怎么回事?红色警戒2心灵终结3.3无法启动遭遇战
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退出后再次打开，如果不行重新安装
是从官网下的吗？
或者从心灵终结吧里下的？
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