Seed.K

[Seed.K @pohnpei13]

@tzwqbest 你看的时间周期太短，航天从11月开始到现在够可以了，这里是大周期一轮结束，这么巨大的短期跌幅明显不是普通调整，后面即使反弹也就是b浪，再杀一轮c浪后才会有下一轮周期

[Seed.K @pohnpei13]

@tzwqbest 你没玩太久了，现在哪是绝望时刻，是狂欢后的踩踏，刚刚开始踩踏

[Seed.K @pohnpei13]

@shuibannian @tzwqbest 顺灏我加仓了，开玩笑呢这么砸，长征十号乙和太空算力有啥关系

[Seed.K @pohnpei13]

@TingHu888 问题是很多一直跌的票都是有逻辑的，但市场就是不认可你以为的逻辑怎么办，有可能市场暂时要参与别的更强的逻辑，毕竟资金就这么多，���可能你的逻辑就是错的但你自己却不知道，这里面情况可以很复杂，所以我选择百分比止损，根本不讲任何道理

[Seed.K @pohnpei13]

@XAdpRrYyNIiaGpm @djdj459038 @cnfinancewatch 锡华科技吧

[Seed.K @pohnpei13]

@TornadoWIS this is pretty clear not true

[Seed.K @pohnpei13]

@MatheusWR @iCyclone This is not EF5 damage

[Seed.K @pohnpei13]

@PlaysSaheb Some of Haiyan's wind damage. (no surge involved)Still the most impressive TC wind damage so far

[Seed.K @pohnpei13]

@PlaysSaheb the first pic is surge damage rather than wind damage.YAll impressive wind damage was in Guiuan.

[Seed.K @pohnpei13]

@PettusWX yeah, most of Melissa's tree damage can be done by EF3 winds. It's just the widespread scope make people feel impressive.

[Seed.K @pohnpei13]

@Sekai_WX I tend to think that the pressure drop curve would slow down near the peak, which is more reasonable. Otherwise, a large number of typhoons from the reconnaissance era could be pushed down indefinitely. An estimate around 880 mb would be more reasonable.

[Seed.K @pohnpei13]

@WxGabe yeah, comparable to Hallam's case.

[Seed.K @pohnpei13]

@WxGabe so if you are interested just feel free to give it a read
https://t.co/lzwm08evfV

[Seed.K @pohnpei13]

@WxGabe When these three elements are properly coordinated, they collectively enable the tornado to achieve and maintain a stable yet extreme intensity.I previously wrote an article about how to construct the most powerful tornado possible within fluid dynamics. (3/3)

[Seed.K @pohnpei13]

@computerman318 @Sekai_WX

[Seed.K @pohnpei13]

@GregMcwx @MichaelMarz1 It's not short of impression that any single tornado of DDC event but DDC as an entire event was better imo

[Seed.K @pohnpei13]

@BillyExp1 @whyyoutouzhele 当然有差距，但气象局预报的"气温"就是WMO标准下的"温度"，不可能去预报每一个地点受不同地形不同太阳光直射程度不同湿度影响下完全不同的温度，另外要区分体感温度和气温，有的app预报的是体感温度而被人误以为是气温，体感温度和气温+湿度有关，根据公式常轻易就能超过40度，但对应的气温不会这么高